Breakthrough technologies lead the solar power industry into the future

whitePaper | November 26, 2019

The decarbonisation of the energy sector and the reduction of carbon emissions to limit climate change are at the heart of the international renewable energy agency (IRENA) energy transformation roadmaps. These roadmaps examine and provide an ambitious, yet technically and economically feasible, pathway for the deployment of low-carbon technology towards a sustainable and clean energy future

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.

whitePaper | January 2, 2023

Peninsula Clean Energy is leading the charge to fight climate change by radically transforming the electricity sector. We have one of the most aggressive renewable energy goals in the world: Providing our 310,000 residential, commercial, and industrial customers with renewable energy on an hourly basis by 2025. Over the last two years, we have built, tested, and leveraged a new 24/7 clean energy procurement modeling tool, MATCH (Matching Around-The-Clock Hourly energy), to answer the critical questions: What is the optimal 24/7 renewable energy portfolio, how much will it cost, what are the emissions reduction benefits, and what are the impacts to the broader energy system?

whitePaper | November 9, 2022

Hydrogen is not just another fuel. Hydrogen is expected to serve as a primary industrial fuel in the 21st century, just as coal drove the 19th century and oil drove the 20th century. Decarbonised hydrogen produced by splitting water into hydrogen and oxygen using renewable electricity (‘green’ hydrogen) or other low-carbon variants that sequester carbon emissions – could be a gamechanger in strengthening energy security and powering the energy transition.

whitePaper | September 18, 2022

Decarbonising our societies and economies is arguably the biggest challenge of this century. However, large parts of industry, agriculture or sea transport cannot be decarbonised directly with green electricity. Green hydrogen is therefore key to bringing their CO2 emissions to net zero. As this view becomes increasingly established, green H2 project announcements are skyrocketing. Consequently, green hydrogen is also gaining in importance for investors.

whitePaper | October 11, 2022

As nations worldwide continue to develop and industrialize at a pace never before seen, the demand for products like cement, chemicals, coal, oil and gas, and steel – or their substitutes – is rapidly growing. Often these hard-to-abate sectors are geographically co-located in so-called industrial clusters, hubs or zones. To address an urgent need for scaled decarbonization in these industries, strong policy support is needed with a particular focus on the transition of these CO2 -emitting industrial areas across all nations, independent of industry mix or development stage.