Carbon impacts of biomass consumed in the EU

whitePaper | May 20, 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 | May 19, 2022

By 2050, global energy usage is projected to increase by almost 50% compared to 2020. This includes an increase in energy consumption in the industrial sector.1 At the time of writing, in the first quarter of 2022, the cost of energy – oil, gas and electricity – is particularly high, which has led to significant extra energy costs for companies, and prices are expected to increase.

whitePaper | March 23, 2022

The Problem: People Without a Path to Clean Energy Of the approximately 789 million people in the world who currently live without electricity many will gain access through grid extension and off-grid solar by 2030. However, estimates suggest that roughly 215 million people will be left behind because they live in risky or remote, rural areas where investors have been unable or unwilling to go. In the last decade, there has been a steady increase in financing available for clean, renewable energy, but that money is largely directed towards wealthier nations while millions in the Global South, in places like sub-Saharan Africa and Southeast Asia, still lack basic energy access.

whitePaper | January 30, 2020

This report presents one strand of the pathway to a genuinely sustainable future. It is not, as so many other reports have been, about “green growth projects”. Rather, the ambition is to propose a quite different way of life that will deliver a different kind of prosperity, one that prioritises wellbeing and builds resilience via a localised circular economy.

whitePaper | August 11, 2022

The global climate change summit, COP26, in November last year emphasised the urgent need to keep 1.5 degrees Celsius alive, limit global warming and push for more low-carbon power, as well as renewables. Then prices for energy began to skyrocket in Europe and Asian markets in January due to post-COVID energy bottlenecks. Finally, the recent war in Ukraine has emboldened world leaders’ to prioritise energy security and question where their imported fuels come from.

whitePaper | June 6, 2022

Installed solar photovoltaic (PV) capacity has grown rapidly in the United States over the past decade, reaching nearly 74 gigawatts-AC as of the end of 2020. Approximately one-third of this capacity (28 gigawatts) is distributed PV, including residential, community, and commercial solar installations (Davis et al. 2021). A combination of technology cost declines, federal incentives, and state policy support have driven increased deployment and enabled more communities to access the benefits of PV. Increasingly, solar is playing an important role in local plans such as resilience planning, sustainability planning, and climate action planning.