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Microsoft and Qcells announce strategic alliance to curb carbon emissions and power the clean energy economy

Qcells seeks to supply more than 2.5 gigawatts of solar panels and EPC services to solar project developers in partnership with Microsoft

The first-of-its-kind collaboration is rooted in the companies’ collective commitments to diversify the global energy supply chain and reduce carbon emissions

SAN FRANCISCO — Jan. 25, 2023 — Qcells, a global solar leader investing in building a U.S. solar supply chain, and Microsoft Corp., a global technology company with a commitment to be carbon negative by 2030, are partnering to enable a strong supply chain for new renewable electricity capacity projected to require at least 2.5 gigawatts of solar panels and related services — equivalent to powering over 400,000 homes.

Qcells, owned by Hanwha Solutions headquartered in Seoul, will work with Microsoft to develop solar projects as well as provide panels and engineering, procurement and construction (EPC) services to selected solar projects Microsoft has contracted for through power purchase agreements (PPAs).

Microsoft has committed to purchasing renewable energy with a goal of achieving 100% coverage of electricity consumption with renewable energy by 2025. Microsoft is extending its sustainability activities to support domestic production of green energy equipment in the regions it operates globally. Microsoft is supporting Qcells’ solar products, including those manufactured domestically, to bring more renewable energy to the grid. Qcells is the only company in the U.S. that will have a complete solar supply chain and provides one-stop clean energy solutions.

Addressing the growing need for a sustainable solar value chain

This alliance is the first time a company that procures energy is working directly with a solar supplier to adopt clean energy on a big scale. The new collaboration is rooted in the two companies’ collective commitments to diversify the global energy supply chain, proactively lead the development of more reliable energy supply chains in the United States and abroad, and reduce carbon emissions.

“Building a resilient solar energy supply chain is essential to advancing a global green energy economy. Microsoft’s partnership with Qcells will help make this vision a reality by bringing innovation and investment to rural Georgia,” said Brad Smith, vice chair and president, Microsoft. “As one of the world’s largest purchasers of renewable energy, this work will help bring more solar energy to the grid, faster.”

“We’re striving to build and deliver turnkey clean energy solutions, including those made in America, and this partnership with Microsoft will help accomplish this vision,” said Justin Lee, CEO of Qcells. “Similarly, Qcells is proud to play a role with Microsoft to bring more renewable energy online in the years to come. This first step is only the beginning of a great partnership that not only supports our two companies but helps deliver a clean energy future for customers and communities.”

Growing need for American-made solar products is expected to accelerate Qcells’ transition into a one-stop shop for clean energy solutions. Being the only company in the U.S. with a complete solar supply chain, Qcells intends to become a leading developer for solar and other clean energy solutions such as energy storage system. Combining its growing EPC expertise with smart energy management system, Qcells will continue to provide completely clean energy solutions and lead the global fight against climate change.

Microsoft (Nasdaq “MSFT” @microsoft) enables digital transformation for the era of an intelligent cloud and an intelligent edge. Its mission is to empower every person and every organization on the planet to achieve more.

For more information, press only:

Microsoft Media Relations, WE Communications for Microsoft, (425) 638-7777, [email protected]

Marta Stoepker, Public Relations Director, [email protected]

Note to editors: For more information, news and perspectives from Microsoft, please visit the Microsoft News Center at http://news.microsoft.com. Web links, telephone numbers and titles were correct at time of publication but may have changed. For additional assistance, journalists and analysts may contact Microsoft’s Rapid Response Team or other appropriate contacts listed at https://news.microsoft.com/microsoft-public-relations-contacts.

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As the world goes digital, datacenters that make the cloud work look to renewable energy sources

Harrison of BloombergNEF also said that it’s important that companies like Microsoft are active in seeking policies that favor clean energy. 

“Lobbying with utilities and working with regulators to open up more access for clean energy buying is a massive role that Microsoft and other companies are currently playing,” he says. 

Microsoft’s advocacy for clean energy starts in-house. By 2025, Microsoft will shift to 100% supply of renewable energy, meaning that the company will have PPAs for green energy contracted for 100% of carbon-emitting electricity consumed by all its datacenters, buildings and campuses.  

By 2030 Microsoft will have 100% of its electricity consumption, 100% of the time, matched by zero-carbon energy purchases. By 2050, Microsoft has committed to removing from the environment all the carbon the company has emitted, either directly or by electrical consumption since it was founded in 1975. Datacenters can play a role in helping reach these goals.

Moreover, the ability to ensure the cloud meets Europe’s needs and serves Europe’s values is a core part of a new set of European Cloud Principles  Microsoft Vice Chair and President Brad Smith announced in May of this year, after discussions with a number of European partners. 

Supporting the market for renewables 

Using innovative approaches, Microsoft has been demonstrating how datacenters can conserve power, reduce emissions and even contribute energy back to the grid. 

In Finland, waste heat from two new datacenters will contribute to the district heating system that provides warmth to more than 250,000 people in winter. The Microsoft datacenter region in Sweden uses rainwater and outside air to cool servers, while using the heat they produce to keep work areas warm for employees. Also in Sweden, Microsoft is piloting batteries to displace diesel generators as backup systems.  

Microsoft’s datacenters in Ireland use batteries to maintain an uninterruptible power supply. In a collaboration between Microsoft and Enel X, those batteries can provide grid services through an instantaneous interaction with the power grid. On days when wind and/or solar power production is fluctuating, Microsoft’s backup batteries can be used to help maintain a steady flow of energy to power customers. 

That means fossil-fuel burning power plants will be needed less often to maintain steady power, cutting emissions and fuel costs.

“The great thing about the project in Ireland was that those batteries were already there,” says Janous of Microsoft. “What it required was providing that digital layer of intelligence to determine what does the grid need to help balance the frequency on the system? 

“Those assets, which are ubiquitous in datacenters, are all over the world. And it creates a huge opportunity to be able to see the datacenter as something more than a consumer of energy, but also a producer and a partner to grid operators to improve reliability and ultimately the energy transition that we’ve been talking about.” 

Looking ahead 

It is the technology companies’ “work in digitalization, artificial intelligence and information systems that could be potential game-changers in creating the smarter, more flexible energy systems needed to get to net-zero emissions,” write Kamiya and Varro in the IEA analysis.   

Harrison of BloombergNEF also cited the potential for the development of digital tools to help grid operators shift loads during periods of high demand. He says the internet of things (IoT) and artificial intelligence (AI) could help create energy efficiency in a variety of ways.  

AI can be used for everything from smoothing out supply-chain issues to creating more accurate local weather forecasting to helping providers find ways to capture more energy.    

While AI and machine learning will add to demand for cloud computing, Janous notes that those advanced tools are also likely to be essential in solving some of the biggest problems we’re facing. 

“Energy transitions are historically very slow because they involve massive amounts of infrastructure,” he says. “We need close partnerships with grid operators and energy companies in Europe to help them figure out what are the most efficient and fastest ways to accelerate this transition” to renewable energy sources. 

“We need the digital tools that datacenters provide to accelerate that transition.”  

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How IoT, AI and Digital Twins are helping achieve sustainability goals

TBD.

Organizations striving to improve their sustainability can make progress toward those goals by using the Internet of Things (IoT) and AI technology that monitors and analyzes their use of resources and resulting emissions. However, businesses adopting IoT for other reasons often improve their sustainability as a side benefit as well.

Nearly three-fourths of IoT adopters with near-term sustainability goals view IoT solutions as “very important” for reaching those goals. The combination of sensor devices, edge and cloud computing, and AI and machine learning can provide data and analytical insights into how resources are being used, where leaks or faults are occurring and affecting consumption, and where efficiency can be improved. Additionally, Digital Twins technology can create digital models of real-world equipment, buildings, or even smart cities for more detailed insights into how they can be run more sustainably.

Our recently published e-book, “Improving sustainability and smarter resource use with IoT technology” goes further in-depth on the following insights and case studies about IoT and AI solutions and sustainability.

How digital technology can aid sustainability efforts

With greater awareness of climate change and increasing regulation around activities related to emissions and resource usage, sustainability efforts are becoming an urgent priority at many organizations. Microsoft has established transparent goals and tracking of its progress toward carbon-neutral operations and offers a software solution to help others record and report their environmental impact.

We’re also using Microsoft Azure IoT platform tools, to help power solutions in the following sustainability categories:

  • Efficient energy production and distribution: Digital tools are being applied to help electricity production plants—a significant source of air emissions—operate as efficiently and cleanly as possible. Utilities are using IoT solutions to monitor and manage electricity transmission and distribution grids to achieve maximum efficiency, route additional power as demand fluctuates, and detect outages faster. They’re also helping to remotely control renewable energy facilities such as wind farms. Our customer smartPulse offers a solution designed to manage electricity distribution and trading to give utilities the ability to manage imbalances in a financially favorable way.
  • Creating smarter, carbon-neutral buildings: The construction and operation of buildings create 38 percent of total energy-related emissions of carbon dioxide around the world, creating an enormous opportunity for smart building solutions to make a notable impact on the carbon footprint of buildings. IoT technology, Digital Twins modeling, and AI have proven especially useful in managing buildings by automating lighting and climate-control systems, as well as modeling the environmental effects of any design or operational changes. Vasakronan, a global leader in sustainability, has adopted IoT and Azure Digital Twins solutions for its commercial and office properties across Sweden, leading to notable energy cost savings.
  • Improving public infrastructure: Updating infrastructure with IoT technology can make it more sustainable and create other livability improvements, such as increasing safety and reducing excess light pollution. The city of Valencia in Spain saw this when city officials launched a public lighting upgrade. The project included replacing lighting in a national park, where too much light can disrupt wildlife and plants. Light solution provider Schréder and Codit, a cloud integration solutions provider, teamed to upgrade more than 100,000 lighting fixtures and tie in Azure IoT technologies. The city reduced its electricity consumption, cutting greenhouse gas emissions by 80 percent and saving millions of euros annually.
  • Agriculture and food production: Data-gathering and analytical technology informs decisions that lead to better environmental practices involving planting, watering, and pesticide use. Computer Vision can detect when weeds or pests are threatening a growing area. Related technology is contributing to the development of more automation at a time when farm labor shortages are becoming more common. The N.C. State Plant Sciences Initiative, for example, is using faster and more efficient data management to tackle agriculture’s biggest challenges, with the aim of creating better predictive food analytics, increasing food safety, and making more productive crops.

Improving business performance at the same time

Beyond the benefits of reducing consumption of natural resources and reining in emissions, sustainability efforts can generate business value. Forty percent of survey respondents in a recent survey said they expect their company’s sustainability programs to generate modest or significant value in the next five years. That value primarily comes from saving energy costs, cutting back on needed materials, and improving operational efficiency.

Get started with sustainable IoT solutions

By combining sustainability goals with innovative solutions, businesses and people can limit their everyday impact on the planet’s resources. Azure IoT can help transform businesses to be more efficient, manage renewable energy production, reduce waste, or accelerate the development and launch of sustainably oriented apps. A range of end-to-end solutions from our ecosystem of partners addresses sustainability in a variety of ways as well.

Learn more from our e-book, “Improving sustainability and smarter resource use with IoT technology,” or discover how Azure IoT can help your organization adopt IoT, AI, and related technologies.

Learn more

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Azure sustainability guidance introduced at COP27

This week at the 27th United Nations Climate Change Conference of the Parties (COP27) in Sharm El-Sheikh, Egypt, we’re collectively focused on how to measure progress, build markets, and empower people across the globe to deliver a just, sustainable future for everyone on the planet.

It’s a pivotal moment for the world to come together to drive meaningful action to address and combat global climate change. It’s also an important event for Microsoft, where we will highlight our work to advance the sustainability of our business, share sustainability solutions for operational and environmental impact, and support the societal infrastructure for a sustainable world.

The customer signal is clear—sustainability is now a business imperative. In a study of over 1,230 business leaders across 113 countries, 81 percent of CEOs have increased their sustainability investments1. Sustainability is a top-10 business priority for the first time ever2, and carbon emissions are forecasted to become a top-three criterion for cloud purchases by 20253. The number of large cities with net zero targets has doubled since December 2020—from 115 to 2354 and the global market for green data centers is projected to grow to more than $181.9B by 20265.

Customers and partners are asking for help to understand how to meet and plan for rapidly evolving sustainability requirements, incentives, and regulations. At the same time, they’re dealing with rising energy costs and an uncertain economic environment. We’re hearing specific questions about building sustainable IT in the cloud: How to reduce current energy usage and costs, as well as carbon emissions? How can moving to the cloud help us achieve greater efficiency? What tools are available to make this easier?

To support you in navigating this learning curve, we’re announcing technical guidance and skilling offerings that can help you plan your path forward, improve your sustainability posture, and create new business value while reducing your operational footprint. And this is just the beginning – stay tuned for more announcements in the months ahead.

Accelerate your sustainability progress with Azure

Our recent On the Issues blog, Closing the Sustainability Skills Gap: Helping businesses move from pledges to progress underscores the importance of equipping companies and employees with a broad range of new skills to enable sustainable transformation. We’re investing across the company to support this skill development in myriad ways, including a broad range of technical guidance and skilling initiatives to help you achieve your sustainability goals with Azure. This week we’re announcing a set of architectural guidance resources to help you get started:

  • Azure Well-Architected Framework sustainability guidance: this documentation set describes workload optimizations for Green IT within Azure, building on the industry leadership of the Green Software Foundation and aligned to their green software principles. Because sustainability considerations apply to all five pillars: security, reliability, operational excellence, performance efficiency, and cost optimization, we approach the topic as a lens across workloads rather than a standalone pillar.
  • Azure Well-Architected Framework sustainability self-assessment: as you plan your cloud workloads, use this self-assessment to review the potential impact of your design decisions and how to optimize them for carbon and energy efficiency. You’ll also receive specific recommendations you can act on, whether you’re implementing or deploying an application or reviewing an existing application.
  • Sustainable software engineering practices in Azure Kubernetes Service (AKS): the guidance found in this article is focused on AKS services you’re building or operating and includes design and configuration checklists, recommended design, and configuration options. Before applying sustainable software engineering principles to your application, we recommend reviewing the priorities, needs, and trade-offs of your application.

Supporting your sustainability journey in the cloud

With Azure, customers and partners can compound their benefits at each stage of the cloud journey, from migrating to the cloud to save on energy, carbon, and infrastructure costs, to optimizing in the cloud to achieve operational excellence, to reinvesting savings into new initiatives that will provide enduring business value.

Across industries, organizations are optimizing their cloud investments by aligning to patterns and practices in the Cloud Adoption Framework and the Well-Architected Framework. They’re also achieving market leadership through reinvesting to drive innovation. Sweden’s largest real estate company and a global leader in sustainability, Vasakronan, adopted an IoT and Digital Twins solution using Azure and expects to realize a year-on-year savings of six million kronor (USD 700,000) in energy consumption costs alone.

As part of Microsoft’s ongoing commitment to promote sustainable development and low-carbon business practices globally, our Azure guidance complements solutions such as Microsoft Cloud for Sustainability and Emissions Impact Dashboard for Microsoft cloud services. We’ll continue to work with customers, partners, and industry leaders, such as the Green Software Foundation to build, maintain, and promote best practices for green IT and innovation that further resilient, thriving, and just economies. From an industry-leading training company:

This is the missing ingredient in our business; it gives purpose and meaning. If you could put an overlay on your environment or applications and say here are 20 recommendations to make it optimally sustainable, reduce carbon emissions, give the data so you can make incremental improvements over the years, and manage it—that’s huge!”— Todd Fine, Chief Strategy Officer, Atmosera.

As we continue to build out our guidance to help our customers achieve their sustainability goals using Azure, our goal is to meet you where you are and help you do more with less, whether you’re building cloud-native applications, operating in hybrid environments, or evaluating solutions for organization-wide emissions reporting.

Driving sustainability skilling across your organization

Research shows that cloud skilling programs can improve business outcomes and individual career advancement, as well as accelerate success in the cloud. For this reason, we’ve published a set of resources to provide a starting place to help your people and teams understand how they can contribute to their organization’s sustainability goals while developing highly relevant skills and expertise.

  • Azure sustainability guidance Cloud Skills Challenge: Azure sustainability guidance Cloud Skills Challenge: this fun, no-cost, interactive program helps skill individuals and teams on Microsoft cloud technologies via a gamified experience utilizing Microsoft Learn content. Teams can access a custom leaderboard, and individuals can compete with industry peers.
  • Azure sustainability guidance Microsoft Learn Collection: developed as a starting point to help you find relevant learning content on Azure sustainability initiatives, share this with friends and colleagues today and check back for updates in the weeks and months ahead. You can also make it yours—we invite you to copy this collection, personalize it, and share it with your network.
  • Principles of Sustainable Software Engineering course: This Microsoft Learn module provides a primer on the eight principles of Sustainable Software Engineering, covering a wide range of topics such as electricity and carbon efficiency, carbon intensity, and how to think through the trade-offs required for optimization. Accessible to any level of learner familiar with basic computing concepts.

Get started today

These resources will help you more easily plan your strategy, improve your current sustainability posture, and foster green innovation. Use them to chart a faster path toward internal and external sustainability goals and accelerate your organization’s Environmental, Social, Governance (ESG) journey. As an added benefit, sustainable workloads are also more efficient and modern, which can reduce the total cost of an application or initiative.

As you move to the cloud, you gain the advantage of our decades of action and progress on carbon, waste, water, and ecosystems within our datacenter regions. Read more about how we’re building on what we’ve learned from our sustainability journey.

We look forward to hearing how we can continue to support your sustainability journey in the cloud.

1 CEO Climate Leadership & Sustainability Study (accenture.com)
2 Carbon emissions data to become key factor in cloud purchases by 2025, predicts Gartner (computerweekly.com)
3 CEO Climate Leadership & Sustainability Study (accenture.com)
4 Net Zero Stocktake 2022 | Net Zero Tracker
5 Going Green is No Longer Optional | Data Centre Magazine

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From pledges to progress: What Microsoft is doing to support a sustainable world

Hello, and welcome to the place that will give you a glimpse into how Microsoft is helping the world move from pledges to progress and build a more sustainable world. As the 27th annual United Nations conference on Climate Change kicks off in Sharm El-Sheikh, Egypt, we’ll be here with regular updates – don’t forget to keep checking in. 

Nov. 7, 2022 

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8:47am PT: Brad Smith, Vice Chair and President of Microsoft, highlighted the fundamental role that technology can play in ensuring that early warnings reach the last mile.

“This UN initiative will save lives by enabling people to adapt to climate change and respond to early warnings before disaster strikes.”

Read more about the Early Warnings for All Action Plan unveiled today at #COP27 

12:01 am PT: The eyes of the world turn to Egypt as the 2022 UN Conference on Climate Change (COP27) kicks off in Sharm El-Sheikh. Through its role as Strategic Principal Sponsor, Microsoft aims to help people and organizations better understand how technology can help solve many of today’s complex climate challenges. 

One way technology can do this is by supporting the needs of the Global South – countries with lower levels of economic and industrial development. To avoid the worst effects of climate change, which contribute to problems such as food insecurity and exacerbate existing challenges including poverty, decision-makers in the Global South need access to reliable climate data to inform adaption and resilience projects. Not only is there insufficient reliable climate data in the Global South, but there is also a significant lack of data scientists to work with the data available. Research shows that there are approximately five data scientists in the Global North for every one in the Global South – meaning there is a significant gap in the Global South’s ability to turn climate data into insights for decision-making and action. 

Today, Microsoft shared details of an expansion of the AI for Good Research Lab to Kenya and Egypt to help close this data divide. You can read more here:

Nov. 4, 2022 

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Last week, more than 100 CEOs of multinational organizations – members of the Alliance of CEO Climate Leaders – shared an open letter for world leaders meeting at COP27. The letter, which was signed by Vice Chair and President of Microsoft Brad Smith, outlines the actions the leaders believe governments and businesses need to take to ensure the private sector’s potential in limiting global warming is fully realized. Read the letter here:

Nov. 3, 2022 

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When it comes to working our way out of the climate crisis, we’ll need all of the innovative solutions we can muster.  

That was the theme of Brad Smith’s keynote speech at the 2022 edition of the annual technology conference Web Summit in Lisbon, Portugal last week. The Vice Chair and President of Microsoft spoke to the audience of technology CEOs, start-up founders and policymakers about the importance of ingenuity and inventiveness in the face of seemingly insurmountable challenges. 

Elsewhere, climate action nonprofit TerraPraxis announced that it will launch the first digital application to decarbonize coal plants at COP27. Microsoft helped develop the application, Evaluate, which is built on Microsoft Azure and designed to help plant owners and investors analyze how coal-fired power plants could be upgraded to carbon-free energy sources. 

And Microsoft announced Environmental Credit Service, a Microsoft Cloud for Sustainability solution that gives increased visibility into the provenance and quality of carbon credits. Read more here:

Nov. 2, 2022  

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If companies are to meet their climate pledges, they’re going to need a workforce with the right skills. But right now, there’s a global shortage of this talent. 

A new Microsoft report released last week, Closing the Sustainability Skills Gap: Helping Businesses Move from Pledges to Progress, addresses this issue. Based on research conducted by Microsoft and Boston Consulting Group, the report highlights this skills gap and offers concrete recommendations for business leaders and policymakers on what can be done about it. 

It’s a challenge that calls for sweeping changes, including equipping workers with specialized sustainability skills and embedding sustainability science into the day-to-day operations of organizations. But it can be solved – with collaboration, data, and a huge global effort.  

Ahead of COP27, Microsoft also shared news today of the latest improvements to efficiency in its datacenters across areas such as waste, renewables, and ecosystems. Read more about these improvements here:

What has Microsoft learned on its sustainability journey so far? Earlier this month, Elisabeth Brinton, Microsoft CVP Sustainability, captured several lessons from Microsoft’s sustainability efforts.

Sept. 22, 2022 

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At the end of September, more than 160 countries and 3,900 companies around the world have issued climate pledges. However, with a new United Nations Environment Programme report stating that the world is not on track to reach the Paris Agreement goals – and calling for immediate collective, multilateral action – the need to move from pledges to progress is clear.  

But what does that look like in practice? 

Microsoft – which believes it can help connect what technology can do with what the world needs it to do – breaks this transition down into three key areas: 

  • Advancing the sustainability of our own business 
  • Innovating our way out of the climate crisis and helping our customers achieve more 
  • Enabling and supporting a sustainable world. 

During the UN General Assembly, held in New York City in September 2022, Microsoft made some key announcements on how it plans to do this. 

Two papers were released: one on carbon policy and one on electricity policy, which help illustrate Microsoft’s principles and priority areas clearly and transparently – including how the company will engage with governments around the world in these areas. 

Microsoft also announced a partnership with Planet and The Nature Conservancy to map the entirety of the world’s solar and wind supply, producing a first-of-its-kind Global Renewables Watch. This tool will allow users to evaluate clean energy transition progress and track trends over a period of time, rather than as a moment in time.  

Sept. 15, 2022

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Back in September, Microsoft and climate action nonprofit TerraPraxis formed a strategic collaboration to repower 2,400 coal-fired power plants. It will see Microsoft help build and deploy a set of tools to automate the design and regulatory approval needed to decarbonize coal facilities with nuclear power. 

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Sharing the latest improvements to efficiency in Microsoft’s datacenters across areas such as waste, renewables and ecosystems

In April, I published a blog that explained how we define and measure energy and water use at our datacenters, and how we are committed to continuous improvements.

Now, in the lead up to COP27, the global climate conference to be held in Egypt, I am pleased to provide a number of updates on how we’re progressing in making our datacenters more efficient across areas such as waste, renewables, and ecosystems. You can also visit Azure Sustainability—Sustainable Technologies | Microsoft Azure to explore this further.

Localized fact sheets in 28 regions

To share important information about the impact of our datacenters regionally with our customers, we have published localized fact sheets in 28 regions across the globe. These fact sheets provide a wide range of information and details about many different aspects of our datacenters and their operations.

A screenshot of a globe.

A review of PUE (Power Usage Effectiveness) and WUE (Water Usage Effectiveness)

A factsheet with data around Microsoft's Ireland datacenter region.

PUE is an industry metric that measures how efficiently a datacenter consumes and uses the energy that powers a datacenter, including the operation of systems like powering, cooling, and operating the servers, data networks and lights. The closer the PUE number is to “1,” the more efficient the use of energy.
While local environment and infrastructure can affect how PUE is calculated, there are also slight variations across providers.

Here is the simplest way to think about PUE:

A picture of Power Usage Effectiveness (PUE) calculation.

WUE is another key metric relating to the efficient and sustainable operations of our datacenters and is a crucial aspect as we work towards our commitment to be water positive by 2030. WUE is calculated by dividing the number of liters of water used for humidification and cooling by the total annual amount of power (measured in kWh) needed to operate our datacenter IT equipment.

A picture of a Water Usage Effectiveness calculation.

In addition to PUE and WUE, below are key highlights across carbon, water, and waste initiatives at our datacenters.

Datacenter efficiency in North and South America

As I illustrated in April, our newest generation of datacenters have a design PUE of 1.12; this includes our Chile datacenter that is under construction. We are constantly focused on improving our energy efficiency, for example in California, our San Jose datacenters will be cooled with an indirect evaporative cooling system using reclaimed water all year and zero fresh water. Because the new datacenter facilities will be cooled with reclaimed water, they will have a WUE of 0.00 L/kWh in terms of freshwater usage.

In addition, as we continue our journey to achieve zero waste by 2030, we are proud of the progress we are making with our Microsoft Circular Centers. These centers sit adjacent to a Microsoft datacenter and process decommissioned cloud servers and hardware. Our teams sort and intelligently channel the components and equipment to optimize, reuse or repurpose.

In October, we launched a Circular Center in Chicago, Illinois that has the potential capacity to process up to 12,000 servers per month for reuse, diverting up to 144,000 servers annually. We plan to open a Circular Center in Washington state early next year and have plans for Circular Centers in Texas, Iowa, and Arizona to further optimize our supply chain and reduce waste.

Furthermore, our team has successfully completed an important water reuse project at one of our datacenters. This treatment facility, the first of its kind in Washington state and over 10 years in the making, will process water for reuse by local industries, including datacenters, decreasing the need for potable water for datacenter cooling.

Innovative solutions in Europe, the Middle East, and Africa

This winter Europeans face the possibility of an energy crisis, and we have made a number of investments in optimizing energy efficiency in our datacenters to ensure that we are operating our facilities as effectively as possible. Datacenters are the backbone of modern society and as such it is important that we continue to provide critical services to the industries that need us most in a way that constantly mitigates energy consumption.

Across our datacenters in EMEA, we have made steady progress across carbon, waste, water, and ecosystems. We are committed to shifting to 100 percent renewable energy supply by 2025, meaning that we will have power purchase agreements for green energy contracted for 100 percent of carbon emitting electricity consumed by all our data centers, buildings, and campuses. This will add additional gigawatts of renewable energy to the grid, increasing energy capacity. With that said we have added more than 5 gigawatts of renewable energy to the grid globally, this has culminated in more than 15 individuals deals in Europe spanning Ireland, Denmark, Sweden, and Spain.

In Finland, we recently announced an important heat reuse project that will take excess heat from our datacenters and transfer that heat to the local districts’ heating systems that can be used for both domestic and commercial purposes.

To reduce waste from our datacenters in EMEA, the Circular Center we opened in Amsterdam in 2020, which has since already delivered an 83 percent reuse of end-of-life datacenter assets and components. This is progress towards our target of 90 percent reuse and recycling of all servers and components for all cloud hardware by 2025. In addition, in January 2022, we opened a Circular Center in Dublin, Ireland, and have plans to open another Circular Center in Sweden to serve the region.

As we continue to seek out efficiencies in our operations, recently we turned to nature for inspiration, to understand how much of the natural ecosystem we could replenish on the site of a datacenter, essentially integrating the datacenter into nature with the goal of renewing and revitalizing the surrounding area so that we can restore and create a pathway to provide regenerative value for the local community and environment. In the Netherlands we have begun construction of a lowland forested area around the datacenter as well as forested wetland. This was done to support the growth of native plants to mirror a healthy, resilient ecosystem and support biodiversity, improve storm water control and prevent erosion.

Rendering of a biomimicry project in the Netherlands showing a concept of using nature to cover the datacenter. Image of an actual datacenter.

Updates in Asia Pacific

Finally, I’d like to highlight some of the sustainability investments we have made across Asia Pacific. In June 2022, we launched our Singapore Circular Center that is capable of processing up to 3,000 servers per month for reuse, or 36,000 servers annually. We have plans to open additional Circular Centers in Australia and South Korea in fiscal year 2025 and beyond. Across our datacenters in APAC, we have formed partnerships with local energy providers for renewable energy that is sourced from wind, solar, and hydro power and we have plans to further these partnerships and investments in renewable energy. In our forthcoming datacenter region in New Zealand, we have signed an agreement that will enable Microsoft to power all of its datacenters with 100 percent renewable energy from the day it opens.

Innovating to design the hyperscale datacenter of the future

What these examples from across our global datacenter portfolio show is our ongoing commitment to make our global Microsoft datacenters more sustainable and efficient, enabling our customers to do more with less.

Our objective moving forward is to continue providing transparency across the entire datacenter lifecycle about how we infuse principles of reliability, sustainability, and innovation at each step of the datacenter design, construction, and operations process.

  • Design: How do we ensure we design for reliability, efficiency, and sustainability, to help reduce our customers’ scope three emissions?
  • Construction: How do we reduce embodied carbon and create a reliable supply chain?
  • Operation: How do we infuse innovative green technologies to decarbonize and operate to the efficient design standards?
  • Decommissioning: How do we recycle and reuse materials in our datacenters?
  • Community: How do we partner with the community and operate as good neighbors?

We have started by sharing datacenter region-specific data around carbon, water, waste, ecosystems, and community development and we will continue to provide updates as Microsoft makes further investments globally.

Learn more

You can learn more about our global datacenter footprint across the 60+ datacenter regions by visiting datacenters.microsoft.com.

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Closing the Sustainability Skills Gap: Helping businesses move from pledges to progress

A note from Brad Smith, Vice Chair & President, Microsoft:  

Today Microsoft is publishing a new report, Closing the Sustainability Skills Gap: Helping Businesses Move from Pledges to Progress. Thousands of companies around the world have issued climate pledges – but globally, we don’t currently have the workforce with the necessary skills to move from pledges to progress.  

This report represents the culmination of intensive research conducted by Microsoft and Boston Consulting Group (BCG) with roughly 250 employees at 15 companies that are at the forefront of sustainability innovation and change. It highlights the formidable sustainability skilling challenges we must overcome around the world. Even more important, it offers several concrete recommendations, both for business leaders and government policymakers. It leaves us optimistic that this global skilling crisis can be solved with collaboration, data, and global effort.  

You can read the foreword I authored below and the report in its entirety here. I want to add a special note of thanks to the 15 companies that participated in this study and especially to the team at BCG. We benefited from the sponsorship of Rich Lesser, the Global Chair of BCG, and to two leaders inside BCG who have repeatedly provided indispensable help to me and my team at Microsoft, Derek Kennedy and Simon Bamberger. The project pushed us collectively to think hard about new multi-disciplinary sustainability and skilling frontiers. Making sense of a nascent space is never easy; I hope you’ll find the lessons we’ve crystallized in the final report as useful for you as it has been for me. 

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Foreword

It’s hard to ignore the effects of climate change. In recent weeks, a heavy blanket of smoke from nearby wildfires has enveloped the region I call home, an eerie phenomenon that has become an unfortunate seasonal event in the Pacific Northwest of the United States. At the same time, the American West and parts of Europe are experiencing historic drought. And halfway around the world, Pakistan is recovering from catastrophic summer floods that killed 1,500 people, displaced 33 million more and caused $40 billion in ruin. All devastating events. And all believed to be fueled by climate change.  

The gravity of the problem has led more than 3,900 companies, including Microsoft, to announce climate pledges. As we work, internally and with a large majority of these companies, it’s clear that the coming business changes will be massive. They will impact a wide variety of processes and operations, in part based on new applications for digital technology, including cloud services, AI and dedicated services like our Cloud for Sustainability. But, as we’ve learned, this will also require an equally vital effort to equip companies and employees with a broad range of new skills needed for climate adaptation and sustainability transformation.  

The historical importance and current breadth of the sustainability skilling challenge are difficult to overstate. A clear analogy has emerged from our study of the issue. Humanity’s initial quest to reach the moon required the spread of physics into a broadly accessible academic discipline across the United States. The world’s entry into the digital age then required that computer science move into every school. In a similar way, the creation of a net zero planet will require that sustainability science spreads into every sector of the economy.  

That’s the focus of this report. 

During the past year, Microsoft and Boston Consulting Group (BCG) studied the work of 15 companies at the forefront of sustainability innovation and change – including across Microsoft itself. Our teams interviewed or surveyed nearly 250 employees whose jobs have sustainability commitments. We identified new jobs that have emerged. We studied the impact on the many jobs that existed before. And we considered what our data says about in-demand knowledge and skills.  

The impact on jobs across companies falls into two broad categories. The first is specialized sustainability positions emerging quickly across the global economy. For example, a company like Microsoft now employs individuals who pursue full time the purchase of long-term, high-quality carbon removal. The second is much broader, as existing jobs expand to encompass sustainability subject matter. A good example involves engineers and materials scientists who design hardware devices. They now have to assess not only the capabilities of materials that go into a new device but also the sustainability implications of those materials. 

As companies move to create and fill these jobs, they are confronting a huge sustainability skills gap. This gap encompasses three categories. First, some employees need deep and specialized sustainability knowledge and skills in areas like carbon accounting, carbon removal and ecosystem services valuation. This includes the skills needed to address these issues through new climate-specific digital tools. Second, broader business teams need readier access to more limited but sometimes deep knowledge in specific sustainability subject areas, such as climate-related issues that have become important for procurement and supply chain management. Third, a great many employees need basic and broader fluency in sustainability issues and climate science fields that impact a wide variety of business operations and processes.  

Ultimately, it’s important to recognize that the sustainability transformation will need people who can combine specialized sustainability knowledge and skills with varying degrees of other multidisciplinary skill sets. These will need to combine knowledge from STEM and other fields in the liberal arts and encompass skills that span across business, the use of data, and digital technology. This combination currently is hard to find and often doesn’t exist naturally. 

Perhaps unsurprisingly, we’ve also learned that the sustainability skills gap is creating an increasing sense of anxiety for business leaders. This reflects not only the enormity of the climate crisis but two other factors as well. 

First, there are growing public expectations that companies will turn their climate pledges into progress. In the next 24 months, regulators in multiple countries will likely require that public companies report their carbon emissions. A great many businesses are not yet equipped with the skilled personnel, business processes and data systems needed for this step. Business leaders understandably fear that, if their reports are incomplete or show a lack of progress, they will confront growing public criticism.  

Second, this pressure for performance is growing while economic concerns are rising. Economic turbulence is putting added pressure on companies to find new ways to do more with less. In some instances, companies may even be tempted to postpone or forego new business initiatives, including pursuing their climate pledges. 

Yet ongoing scientific observations and data show that the world cannot afford to wait. In late October, new reports underscored the need for accelerated action. In particular, the United Nations Environment Programme made clear in its annual Emissions Gap report that current national climate plans fall short of what will be needed to meet the world’s climate targets. 

Clearly the business community will need to do more. Other institutions must as well. Climate pledges and performance are equally important for every organization on the planet, including nonprofits and even government institutions themselves. In short, we’re all in this together, and we need to come together to chart a successful path forward, including by investing in sustainability skills. 

Yet, today, the gap between sustainability workforce needs and the number of qualified people available is growing. According to the LinkedIn Green Jobs report, green jobs grew at an annual rate of 8% between 2015 and 2021, while the talent pool grew at only 6%.  

As these figures reflect, progress is underway, but it’s not moving fast enough. To date, most companies at the forefront of sustainability transformation have been scrappy, growing the “home-grown” talent they need. Our research found that employers so far have tapped 68% of their sustainability leaders by hiring from within their own company. Some 60% of sustainability team members joined without expertise in the field. Employers mostly have tapped talented insiders with the core transformational and functional skill sets needed to create change in a company, even though they lacked formal training in sustainability. They then upskilled those individuals to accomplish critical sustainability work. 

The biggest problem with this approach is that it will not scale to meet either the business community’s or the planet’s needs. As we look at the roughly 3,900 companies that have made climate pledges, it’s readily apparent that the work to turn these pledges into progress will require far more talent with sustainability skills and fluency than currently is being trained within these companies’ businesses.  

How do we move further and faster?  

This is a fundamental question, and we offer in this report both some suggestions and a commitment as a company to do more. Progress will be needed in three areas. 

First, we all need to work together to develop a shared understanding, based on better data, regarding evolving jobs and the sustainability knowledge and skills needed for them. Currently, data remains spotty. We need a better and common taxonomy and framework that builds on recent sustainability work by international organizations, national governments, and private companies. As described in our report, we believe sustainability skilling can borrow from recent advances to address cybersecurity skilling to help create a better roadmap linking specific sustainability skills, training, jobs and career paths. 

Work will be needed from a broad array of stakeholders. To develop a shared understanding of sustainability workforce needs, Microsoft and LinkedIn will support efforts to define skills and competencies and enable the mapping of sustainability skills and jobs as they evolve. We will achieve this in part through partnerships with organizations like the International Labour Organization and our work with the Development Data Partnership, which includes the Organisation for Economic Co-operation and Development (OECD), the World Bank, Inter-American Development Bank (IADB), United Nations Development Programme (UNDP), International Monetary Fund (IMF) and other multilateral organizations. 

Second, employers must move quickly to upskill their workforce through learning initiatives focused on sustainability knowledge and skills. This will require support from a variety of learning partners, including educational institutions, vocational education providers, apprenticeship programs and online training providers. This work must start with the development of new learning materials that can be used both in person and online. This must be supported by expanded learning initiatives to reach employees in companies and more broadly across the workforce. There is an opportunity for government policy and funding to help scale these efforts. 

To support this work, Microsoft will work with partners to develop and share new sustainability learning materials. These will include LinkedIn Learning paths for sustainability as well as business-focused sustainability materials provided through Microsoft’s Sustainability Learning Center and our Cloud Solution Center. Additionally, we are forming new partnerships with NGOs to help workers, including those in impacted and transitioning communities, to complete sustainability learning pathways. This will include a partnership with INCO Academy to launch a Green Digital Skills course to support up to 10,000 learners, including in the Global South. 

We will also work with our customers to create a network and advanced forum to share new learning and best practices to transform sustainability practices and reduce carbon emissions. This will include a new and focused forum for chief sustainability officers. 

Third, the world must prepare the next generation of workers for the sustainability jobs of the future. Just as governments, NGOs and companies have worked to bring digital skilling and computer science into schools, we will need similar partnerships to bring sustainability fluency and science into primary and secondary schools. And higher education institutions will need to strengthen and expand their undergraduate and graduate sustainability programs. All these efforts can move faster if governments and public-private partnerships develop stronger sustainability programs through country-level networks and centers of excellence, foster international professional forums and communities of practice, and create real-world interdisciplinary learning opportunities for students. 

To support these efforts, Microsoft is committed to creating and providing new curricular and training materials that can be used by primary and secondary students. This will include our new Minecraft Frozen Planet II worlds, which we will present in partnership with BBC Earth at COP27. This adds to the Climate and Sustainability Subject Kit and Sustainability City learning map, available through Minecraft Education. In addition, Microsoft FarmBeats for Students will provide students with a hands-on experience to explore how big data, AI and machine learning apply to real-world sustainability challenges. Finally, we will join UNESCO’s Greening Education Partnership to deliver strong, coordinated action that will empower learners with the skills required for inclusive and sustainable economic development.  

Microsoft will also invest in global capacity-building for post-secondary education. This will include a new partnership with the international research collaboration MECCE (Monitoring and Evaluating Climate Communication and Education) Project to support the implementation, monitoring and reporting of sustainability education worldwide. Additionally, we will partner with the Association for the Advancement of Sustainability in Higher Education, providing support to its Centers for Sustainability Across the Curriculum Program. 

The start of this decade has seen more than its share of crises, including the COVID pandemic, a war in Europe and growing economic uncertainty. Although we can’t predict when these current challenges will fade, it seems certain that the climate crisis will outlast all of them.  

For almost three centuries since the dawn of the industrial revolution, human ingenuity has produced remarkable inventions and unprecedented prosperity for much of the world. But this has come from the use of fossil fuels that have produced carbon emissions at an unsustainable level. Now we must move to a net zero world in which we both seek to eliminate net carbon emissions and expand global economic opportunity. This will require sweeping changes in every sector of the economy in every country in the world. And we must achieve all this in only three decades. 

In the history of civilization, few generations have needed to do as much in as little time as we must do now. At its most fundamental level, this is the single greatest challenge and opportunity of our time. 

Like the space age and digital era, the world’s sustainability transformation calls not only for a new generation of technology but a new generation of knowledge and skills. Clearly, no single entity can meet this challenge alone. The key will be to partner broadly and effectively with others to move the world’s workforce into the future. We know the proposals in this report don’t have all the answers, but we believe the world must commit to a Global Sustainability Skilling Strategy based on a concerted and coordinated effort from companies, industry organizations, learning providers and governments. And we are committed to doing our part. 

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Using our voice to advance carbon and electricity policy

We believe that Microsoft and the broader private sector have an important role to play in advocating for effective and innovative sustainability policy. When we announced our commitment in 2020 to become carbon negative by 2030, we pledged to use our voice on public policy issues to help to advance global decarbonization efforts.

Today, we are publishing briefs on carbon and electricity policy to share the priorities and principles that guide Microsoft’s policy advocacy work around the world. The principles we set forth are grounded in our focus on achieving tangible results, enabling a flexible rather than one-size-fits-all approach, and recognizing the important role that digital technologies will play as we expand market opportunities for all. We are releasing these two policy briefs together to underscore the integral and complementary role that electricity policy plays in addressing climate change. We also recognize that there are critical energy issues that go beyond climate change such as the availability of electricity for all, affordability and environmental justice. Similarly, there are carbon issues that go beyond energy. As we tackle these issues in parallel, we are mindful that our policy work will need to expand in the future and consider these policy briefs as foundations for future work on issues like water and waste.

We understand that public policies will play a critical role, both in creating signals to spur the economic and social transition required to address climate change and in building the foundations of markets to develop and deliver innovative goods, services and skills to achieve that transition. However, there is a growing gap between the pace of desired policy outcomes and economic and scientific indicators that show accelerating climate impacts. To help close this gap and support communities and companies in their efforts to achieve their climate pledges, governments around the world need to accelerate policy action.

Over the past two years, we have advocated for climate and energy investments as part of the recent U.S. infrastructure and climate laws, a robust and consistent framework for climate disclosure requirements by the U.S. Securities and Exchange Commission (SEC), and a comprehensive European Union (EU) decarbonization plan, to name just a few. As we expand our advocacy efforts, we will use the following priorities and principles to guide our engagement on carbon and electricity policy worldwide

Carbon policy

Over the past decade, an average of at least 170 new climate-related laws have come into effect around the world each year. Multiple overlapping factors are driving both the pace and direction of climate-related policies. Chief among them is pressure on policymakers from the public, NGOs and corporations, as well as increasingly visible indications of a changing climate (including wildfires, droughts, heat waves, and severe storms and flooding), driving an elevated sense of urgency for near-term action. Furthermore, there is growing interest from investors and customers in companies delivering more climate-friendly goods and services.

Policies to mitigate climate change by addressing greenhouse gas (GHG; often referred to in shorthand as carbon) emissions can be organized into three core areas: carbon reporting, carbon reduction and carbon removal.

sustainability graphic

Carbon reporting: While many different steps are required to reach global net-zero emissions, they all rely on a common foundation that ensures carbon emissions are measured in an accurate, consistent, interoperable and reliable manner globally. If governments, NGOs and corporations around the world don’t measure carbon emissions in the same way, they’re likely to talk past each other, create confusion and ultimately set unrealistic expectations about the pace of progress.

We support new corporate carbon disclosure and procurement reporting policies that: (1) drive consistent, robust and interoperable GHG reporting metrics; (2) promote comprehensive yet flexible corporate GHG disclosures; and (3) take advantage of new technologies to calculate and track emissions and climate impacts.

Carbon reduction: To achieve net-zero emissions by mid-century, governments need to put in place additional policies to reduce carbon emissions. These policies will vary across geographies. Some approaches will focus on economy-wide solutions such as an emissions trading scheme (ETS) – or “cap and trade” – in which the government issues or auctions licenses to emit a fixed amount of GHG emissions for specific industries, and recipients with spare capacity can trade licenses to those expecting to exceed their allowance. Other policies will target specific sectors like power generation, building, transportation, aviation and agriculture, with governments using different policy levers to lower each sector’s footprint. The path to net-zero emissions is heavily influenced by a country’s stage of economic development and natural resource mix. Innovations in financing mechanisms, technology design and deployment approaches, and participation models can help countries in the Global South, which may be at the beginning stages of climate mitigation and adaptation journeys, to advance immediately beyond traditional carbon-intensive infrastructure.

We support new carbon reduction policies that: (1) support a broad, outcome-based, multisector toolkit; (2) double down on grid decarbonization while incentivizing reduction in hard-to-abate sectors; and (3) design for empowered advancement.

Carbon removal:  We are seeing growing urgency in scaling the carbon removal market. An August 2021 report from the Intergovernmental Panel on Climate Change (IPCC) calls for the world to remove in the region of 10 gigatons of carbon dioxide (or its equivalent) annually in the second half of this century – and to make rapid progress immediately. Crucially, this must be in tandem with, and not as a replacement for, unprecedented carbon emissions reductions. Government policy can play an important role in building markets for high-quality and durable carbon removal.

We support new carbon removal policies that focus on: (1) driving clear accounting and high-quality standards; (2) prioritizing highly durable solutions: and (3) engaging local and impacted communities.

Electricity policy

Electricity is an enabler of economic development, social welfare, improved health and other positive societal outcomes. In an increasingly interconnected, technology-driven global economy, the demand for reliable electricity will continue to grow.

There are three dimensions of this need for electricity that are important to consider.

First, despite the indispensable role of electricity, we still live in a world where more than 770 million people live without access to electricity (mostly in Africa and Asia). Economic growth in these regions requires the development of a reliable electric grid. Second, the diversification of renewable and carbon free energy sources and the modernization of the electrical goal are critical to meeting the world’s decarbonization goals. Today, fossil fuels produce 61% of electricity in the US, nearly 70% in the Asia Pacific region and significant portions on other grids around the world. Third, access to renewable energy on a global basis has become important to Microsoft’s own business. The datacenters that power our global cloud services depend on having a reliable, consistent, flexible and resilient supply of electricity in every country where we operate. At the same time, Microsoft has some of the world’s most ambitious climate and clean energy commitments, including our commitment to be carbon negative by 2030 and procure enough renewable energy to cover 100% of our electricity use by 2025.

According to McKinsey & Company, global electricity demand will triple by 2050, an increase driven by both electrification and improvements in living standards. Recent research shows that, in the United States alone, the supply of electricity will need to expand by 60% by 2030 and triple in size by 2050. Disruptions associated with Russia’s invasion of Ukraine have highlighted the importance of affordable energy security and the advantage of electricity generation that does not depend on fuel to ensure the reliability of the European grid. Ice storms, fires and heat waves have put grids around the world under massive stress. These grids are coming under pressure right at the time that they are becoming a necessary foundation of transformation to electrify the economy and increase access to carbon-free energy – underscoring the need for urgent action.

Our public policy advocacy relating to the electrical grid is focused on three pillars. These seek to support an expanded, robust, reliable and carbon-free grid by: (1) accelerating the transition to clean electricity generation; (2) modernizing and improving grid infrastructure; and (3) encouraging an equitable energy future.

sustainability graphic

Accelerating the transition to clean electricity generation: To expand carbon-free supply to power our growing operations and to power local grids around the world, we are supporting policies that promote a diverse zero-carbon energy mix for a reliable, resilient and flexible grid. This includes the use of wind, solar, hydro, nuclear and green hydrogen power. We are also supporting policies that will enable the grid to respond flexibly to changes in supply and demand – for example, using storage technology to dispatch zero-carbon electricity on demand on grids with a high level of variable renewable energy. We believe the most suitable policy design – regulatory caps, clean energy standards, tax incentives, subsidies and/or public procurement – may vary greatly between countries.

We support policies that: (1) promote a diverse zero-carbon energy mix for a reliable, resilient and flexible grid; (2) update electricity market design and price signals to expand participation; and (3) advance R&D investments to deliver the clean energy technologies of the future.

Modernizing and improving grid infrastructure: In addition to adding clean energy capacity, grid management must become more dynamic as larger volumes of renewable energy and distributed resources are deployed and carbon-emitting energy sources are retired. As zero-carbon resources are added to the grid at an accelerated pace, the network of wires that will deliver that electricity to homes and businesses must also significantly expand.

We support policies that: (1) prioritize and resource transmission planning and siting to expand energy delivery; (2) simplify the permitting process to expedite clean energy grid interconnections; and (3) advance the use of digital technology, including AI, to manage, optimize, stabilize and protect the grid.

Encouraging an equitable energy future: Finally, the clean energy transition needs a new strategy for community and stakeholder engagement that ensures participation for those that have been historically impacted by carbon-intensive energy development and those that stand to benefit the most from the expansion of the electrical grid. There is an opportunity to apply new zero-carbon energy best practices in countries that are building out their grids for the first time.

We support policies that: (1) support and amplify the voice of impacted communities; (2) design energy for an equitable start in the Global South; and (3) implement measures to keep electricity costs affordable and equitable.

Conclusion

Public policy will play a critical role in the global net-zero transition. Microsoft has a longstanding history of environmental sustainability action and advocacy, and we view it as both our responsibility and an opportunity to use our voice to support the policies that we believe will have the greatest impact.

To read the policy briefs, please visit:

aka.ms/carbonpolicybrief

aka.ms/electricitypolicybrief

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Microsoft, Planet and The Nature Conservancy launch the Global Renewables Watch

Using AI and satellite imagery, the Global Renewables Watch maps renewable energy installations from space

NEW YORK — Sept. 22, 2022 — Microsoft Corp., Planet Labs PBC and The Nature Conservancy on Thursday announced its plans to launch the Global Renewables Watch (GRW), a first-of-its-kind living atlas intended to map and measure all utility-scale solar and wind installations on Earth using artificial intelligence (AI) and satellite imagery, allowing users to evaluate clean energy transition progress and track trends over time.

With initial mapping of solar and wind energy installations in Germany and India, as well as solar installations in Brazil and Egypt completed, the GRW is being built to serve as a publicly available renewable energy atlas with country-by-country insights into production progress and development trends. With access to satellite data dating back to 2018, and plans to update the atlas twice annually, the GRW aims to show countries’ renewable energy capacity, assist in understanding that capacity, and recognize patterns about the potential impact of the renewable energy siting on the landscape over time rather than as a moment in time.

The first full global inventory is expected to be completed by early 2023, at which point the results will undergo both scientific and technical validation. For this joint program, Microsoft is providing the AI and platform technology, Planet is contributing the underlying satellite imagery, and The Nature Conservancy is overlaying the subject-matter expertise to analyze the output.

The announcement comes as New York City hosts international public- and private-sector leaders for the opening of the 77th session of the UN General Assembly and the 14th annual Climate Week NYC.

“The theme for Climate Week NYC this year is ‘getting it done,’ and to do that, we need to move from pledges to progress,” said The Nature Conservancy’s CEO Jennifer Morris. “Global Renewables Watch, which is a result of collaboration between Microsoft, The Nature Conservancy and Planet, is exactly the kind of action we need to see. This will be a publicly accessible resource to help researchers and policymakers understand current capacities and gaps so that decision-makers can scale much-needed renewable energy resources in a responsible, nature-friendly way.”

Current methods for tracking solar and wind energy projects globally are an immensely complex undertaking, cutting across countless jurisdictions and with much of the data held by private organizations. The GRW aims to provide this data by coupling AI with high-resolution satellite imagery and presenting it in a dynamically updated time series.

“Each of the partners brings unique knowledge and value-add to this initiative,” said Planet’s Co-Founder and CEO Will Marshall. “You can’t manage what you can’t measure, so by combining Microsoft’s AI and cloud computing capabilities, Planet’s comprehensive and high-resolution satellite imagery, and The Nature Conservancy’s deep subject-matter expertise, we hope to build a powerful platform for surfacing — and democratizing access to — renewable energy data.”

The partners will continue to map additional countries and are aiming to build awareness of the tool among those tasked with managing the world’s clean energy transition in the weeks leading up to and during the United Nations Climate Change Conference, COP27, taking place in Sharm El-Sheik, Egypt, Nov. 6-18, 2022.

“The world needs access to data in order to make responsible environmental decisions, and the Global Renewables Watch will serve as a critical tool for understanding humanity’s progress toward fulfilling the goals of the Paris Climate Agreement and meeting the United Nations’ Sustainable Development Goal (SDG) 7 to ensure access to affordable, reliable, sustainable and modern energy for all,” said Microsoft VP and Chief Data Scientist Juan Lavista Ferres.

The GRW will make its data and findings available at GlobalRenewablesWatch.org for integration into wider analyses.

About Planet

Planet Labs PBC (NYSE: PL) is a leading provider of global, daily satellite imagery and geospatial solutions. Planet is driven by a mission to image the world every day, and make change visible, accessible and actionable. Founded in 2010 by three NASA scientists, Planet designs, builds, and operates the largest Earth observation fleet of imaging satellites, capturing over 30 TB of data per day. Planet provides mission-critical data, advanced insights, and software solutions to over 800 customers, comprising the world’s leading agriculture, forestry, intelligence, education and finance companies and government agencies, enabling users to simply and effectively derive unique value from satellite imagery. Planet is a public benefit corporation trading on the New York Stock Exchange as PL. To learn more visit www.planet.com and follow us on Twitter.

About Microsoft         

Microsoft (Nasdaq “MSFT” @microsoft) enables digital transformation for the era of an intelligent cloud and an intelligent edge. Its mission is to empower every person and every organization on the planet to achieve more.

For more information, press only:

Microsoft Media Relations, WE Communications for Microsoft, (425) 638-7777, [email protected]

Megan Zaroda, Planet Labs PBC, [email protected]

Note to editors: For more information, news and perspectives from Microsoft, please visit the Microsoft News Center at http://news.microsoft.com. Web links, telephone numbers and titles were correct at time of publication but may have changed. For additional assistance, journalists and analysts may contact Microsoft’s Rapid Response Team or other appropriate contacts listed at https://news.microsoft.com/microsoft-public-relations-contacts.

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Microsoft announces participation as a Strategic Principal Sponsor of COP27

14 September 2022; Cairo, Egypt: Today, Microsoft, together with Egypt’s Ministry of Foreign Affairs announced its role as Strategic Technology Partner and Principal Sponsor of the 27th United Nations Climate Change Conference of the Parties (COP27). The United Nations conference, to be hosted in Sharm-El Sheikh on November 6-18, 2022, provides a platform for world leaders, businesses, and citizens to come together to discuss their role in mitigating the climate crisis.

Through the partnership, Microsoft aims to help people and organizations better understand the transformative potential for technology to help solve many of today’s complex climate challenges.

During the signing ceremony held at The Ministry of Foreign Affairs offices in Cairo, Microsoft Egypt General Manager, Mirna Arif, commented: “We believe in the transformative power of the United Nations Climate Change Conference of the Parties and are proud to again play a key role in this year’s event. We applaud the efforts of the Egyptian government, under President Abdel Fattah El-Sisi, in prioritizing climate change as part of Egypt Vision 2030. Technology will provide answers to many of today’s most pressing climate challenges, and COP27 is an opportunity for the public and private sectors to collaborate on climate solutions to accelerate progress in Egypt and across the wider region.”

Microsoft Vice Chair and President, Brad Smith, added, “The world needs to move faster and COP27 will provide an important forum to move from pledges to progress. We are proud to partner with the Egyptian government and support this urgent effort.”

H.E COP27 President-Designate, Sameh Shoukry, Minister of Foreign Affairs of the Arab Republic of Egypt pointed out that the Egyptian presidency is actively engaging with leading companies like Microsoft and other stakeholders to speed up climate action. Egypt’s government believes in the innovative power of the private sector to tackle climate challenges and in their ability to influence their immediate stakeholders, including suppliers, investors, employers, and partners to make an outsized impact on climate change.

Ambassador Ashraf Ibrahim, General Coordinator for organizational and financial aspects of the conference welcomed Microsoft as a Principal Partner of COP27. He emphasized the important role played by the international private sector in promoting sustainable business models and supporting the agreed climate goals. Ambassador Ashraf Ibrahim highlighted the contributions provided by Microsoft on the road to the conference in Sharm-El-Sheikh and looked forward to the continuation of this support leading up to an impactful COP.

Signing ceremony held at The Ministry of Foreign Affairs offices in Cairo

Microsoft is accelerating progress toward a more sustainable future by reducing its environmental footprint, advancing research, helping its customers build sustainable solutions, and advocating for policies that benefit the environment.

In 2020, Microsoft announced an ambitious commitment and detailed plan to be carbon negative by 2030 and to remove from the environment all the carbon the company emitted since its founding by 2050. The company has built on this pledge by adding commitments to be water positive by 2030, zero waste by 2030, and to protect ecosystems by developing a Planetary Computer.