The Incredible ULCS – Ultra Low Cost Solar

whitePaper | July 31, 2022

Changes in climate and energy policy paired with shifts in supply and demand are causing disruptions to energy systems across the globe. Renewable energy generation is at the core of this transition. Investing and empowering the energy sector to sustainably optimize performance, production, and scale must become a transformational effort to innovate for the future. Data is at the heart of this revolution. Renewable power generation is highly dependent on weather and site conditions, which are everchanging, and the process outputs large-scale data that is often difficult to integrate, visualize, or leverage.

whitePaper | February 5, 2023

Transport is the largest producer of greenhouse gases (GHGs) in the European Union (EU), contributing almost 30% to the total. Heavy-duty vehicles (HDVs), primarily commercial trucks and buses, are responsible for 26% of these emissions. Adoption of electric vehicles is expanding in the light-duty sector in Europe, but the heavy-duty sector relies almost entirely on internal combustion (diesel) powertrains; in 2021, zero emission HDVs represented only 1% of new HDV registrations in the EU.

whitePaper | April 4, 2022

Climate change is real and one of the greatest challenges in the history of humankind. The impact of global warming is no longer theoretical. We’re seeing the consequences: droughts, fires, and floods at our doorstep and in every corner of the planet. We’re experiencing the warmest years since weather records began.

whitePaper | June 16, 2022

This paper outlines the key strategies for delivering 24/7 clean power. Specifically, we analyze technology innovations, and the early-stage companies developing them. It contains the following sections: 1. New power capacity: How can new forms of dispatchable power generation and energy storage reduce the cost of providing roundthe-clock zero-emissions power? This section does not examine lithium-ion battery innovations.

whitePaper | June 15, 2022

As part of our Climate Pledge commitment to reach net-zero carbon emissions by 2040, Amazon is working to measure, reduce, and neutralize the emissions across every part of our business. For Amazon Devices, we are integrating carbon reduction strategies across the life cycle of our devices, including materials and manufacturing, transportation, use, and end-of-life phases. This paper focuses on the use phase, which accounts for 10-15% of the overall carbon footprint of rechargeable battery-operated devices and 60-80% of the footprint of plugged-in devices. We believe this phase is an important area of focus, since consumer electronics will always require some amount of electricity to operate. As the world becomes more connected even beyond consumer electronics, we believe that connectivity in itself allows us to rethink how we approach use phase decarbonization for all connected devices.

whitePaper | March 2, 2022

Executives face more pressure than ever to accelerate their journey to carbon neutrality. As organizations commit to reducing their environmental impact, investors, consumers, governments, and regulatory agencies expect transparency and measurable results as it relates to sustainability. Executing on strategies for environmental sustainability often includes a mix of approaches. IT has the opportunity to reduce impact immediately through optimization of cloud and data center resource consumption and minimize it continuously. Prioritizing sustainable resource consumption offers quick wins that last, as you also initiate longer-term investments in renewable energy, more efficient hardware, and the like.