Tag Archives: Clean Energy Group (CEG)

New Clean Energy Group Guide Released!

The guide, Understanding Solar+Storage: Answers to Commonly Asked Questions About Solar PV and Battery Storage, is based on the results of a survey identifying the most common knowledge gaps around solar and energy storage.

The information presented in the guide focuses primarily on customer-sited, behind-the-meter solar+storage installations, though much of the information is relevant to other types of projects as well, including storage-only projects and front-of-the-meter solar+storage projects.

It is meant to serve as a starting point to establish a foundation of knowledge and understanding for individuals and organizations beginning to explore solar+storage options for their homes, businesses, or community facilities.

Topics addressed include the following:

  • What factors do I need to consider when designing a solar+storage system?
  • What different types of batteries are available (and which one is right for me)?
  • What size battery do I need?
  • Is solar+storage an effective backup power solution?
  • Can storage be added to an existing solar system?
  • How long does a solar+storage system last?
  • How much do batteries cost?
  • How do I determine the value of solar+storage (savings, revenue, resilience)?
  • How can I pay for a solar+storage system (incentives, grants, financing)?
  • Can solar+storage be developed to benefit low-income communities?
  • Is battery storage safe?
  • What are the environmental impacts of battery storage?

The guide is informed by more than six years of experience through Clean Energy Group’s work with property owners, developers, nonprofits, and communities to advance solar+storage in underserved communities. The questions and topic areas addressed in the guide are based on feedback from nearly one hundred stakeholders who submitted questions about solar+storage.

Clean Energy Group Website

Data! 10 charts show the economic benefits of US climate action

Red, Green, and Blue Article by Joel Jaeger and Devashree Saha,
With The World Resources Institute

The United States made substantial progress towards a low-carbon economy over the past several years. Low-carbon technologies became more efficient and affordable compared to fossil fuels, while U.S. clean energy investment and deployment grew to new heights, creating millions of jobs. All this progress could be in jeopardy due to the economic impacts of COVID-19 and government support for the declining fossil fuel industry.

But there is a better way—one that spurs economic growth, creates jobs, reduces costs for Americans and fights climate change. Our new paper synthesizes the latest research on the benefits of U.S. climate action in today’s economic reality. We found that strong climate action and investments in low-carbon infrastructure can be effective ways to build back better from COVID-19 and secure the economy’s long-term success. Here are 10 charts drawn from America’s New Climate Economy, which illustrate the economic benefits of advancing climate policies in the United States: Continue reading here.

Photo of a rancher at his solar water pump, an example of a clean energy project that can help states decouple emissions from GDP. Credit: Lance Cheung/USDA.

Additional Recommended Reading
COVID-19 Bailouts Should Target Oil and Gas Workers and Communities, Not Companies, by Devashree Saha, World Resources Institute

WRI WEBINAR RECORDING

Building America’s New Climate Economy: The webinar features a brief presentation on America’s New Climate Economy: A Comprehensive Guide to the Economic Benefits of Climate Policy in the United States.

ENERGY POLICY TRACKER UPDATE

U.S. public money commitments to different energy types:
Since the beginning of the COVID19 pandemic in early 2020, the United States has committed at least USD 99.72 billion to supporting different energy types through new or amended policies, according to official government sources and other publicly available information.

  • At least $72.35 billion supporting fossil fuel energy / $220.43 per capita
  • At least $27.37 billion supporting clean energy / $83.38 per capita

Previously Posted: United States Spend Ten Times More On Fossil Fuel Subsidies Than Education, Forbes

NEW COMMUNITY SOLAR GUIDE

Community Solar Power — What’s Happening? What’s New?, CleanTechnica
We’ve published a new community solar power guide for regular reference, and updates as needed. The first version of it is published below. If you have anything to add, correct, or request, please let us know.

SOLAR-POWERED MILITARY COMMUNITIES

Hunt Military Communities Supporting U.S. Military Leadership in Energy Conservation, Hunt Military Communities News Release, PR Newswire

Hunt Military Communities (HMC), the largest U.S. military housing owner, today announced that they have generated over 116,000 MWh of solar energy, in support of the sustainability goals of the U.S. Military. HMC, the largest owner of privatized military housing in the United States, owns approximately 52,000 homes spread across more than 40 military installations on Navy, Army, Air Force, and Marine Corps bases. The installation of solar panels in Hunt communities across the country has been a pillar of the company’s efforts, for which it was recognized with Duke Energy’s long-standing Power Partner award for 2019. Photo: Dover Air Force Base in Delaware

EVERGY’S ENERGY TRANSITION

Evergy, Elliott Management agree on a renewable-increasing strategic plan, avert a sale, The Business Journals. Evergy Inc. announced on Wednesday a new five-year strategic plan designed to speed its transition to cleaner energy and — importantly — to do so as a stand-alone company.

GROUND-BREAKING FORM OF SOLAR CELL

Solar Energy Breakthrough Paves Way For Electricity-Generating Colorful Windows, The Independent

Researchers in South Korea have manufactured a ground-breaking form of solar cell using thin films of colored copper. The Electronics and Telecommunications Research Institute (ETRI) successfully tested the cells by coating thin layers onto films of glass substrate. The researchers discovered that the innovative cells have a higher sunlight absorption rate than other non-silicon based solar cells, resulting in a higher conversion efficiency and longer stability.


JOB LISTINGS

Clean Energy Group (CEG) and the Clean Energy States Alliance (CESA) seek a Project Manager to work on the organizations’ initiatives related to solar and energy storage for low- and moderate-income (LMI) communities and environmental justice communities, with an emphasis on outreach to state energy agencies and community-based organizations. For more information, see www.cleanegroup.org and www.cesa.org.

The U.S. Department of Energy Solar Energy Technologies Office (SETO) is hiring a full-time management and program analyst to serve as the National Community Solar Partnership program lead. This role is a federal supervisory position at the GS-14 level. Responsibilities include managing complex, multi-partner technical assistance programs; coordinating a team of solar energy technical experts to plan and carry out these programs; developing concepts for new programs and funding mechanisms aimed at reducing the non-hardware, or soft, costs of solar; and more. Apply by August 12.

Distributed Energy Storage: A Case for National and International Collaboration

Clean Energy Group (CEG) has released a new report calling for more collaboration on policies to promote emerging distributed energy storage technologies. In Distributed Energy Storage: A Case for National and International Collaboration, CEG proposes the creation of both national and international networks of industry, policy makers and NGOS to advance new and effective policies for distributed energy storage technologies

Distributed energy storage systems are advancing quickly and show great promise for a wide variety of applications and markets. But the markets are at an early stage, and policy makers have only begun to develop programs to help advance the technologies. A few states like California have developed targeted energy storage policies, but many states are likely to create policy programs. This early stage of the policy development on energy storage is the right time for more collaborative discussions on the best policy approaches to drive the technologies to scale.

For more information or to download the report, visit www.cleanegroup.org