Upcoming Webinars
Speakers from Strategen and CESA will discuss a new analysis which shows that battery storage can cost effectively replace aging fossil-fueled peaker power plants in New England.
Read More & RegisterThe LA100 Equity Strategies project provides community-guided, data-driven strategies for increasing equity in LA’s transition to 100% clean energy. Most of the findings and methodologies are relevant to states with similar goals.
Read More & RegisterNREL’s new report chronicles their efforts to document successful LIHEAP and WAP implementation pathways. In this CESA webinar, report authors will discuss their findings and explore effective ways that WAP and LIHEAP state agencies can bring solar to their clients.
Read More & RegisterIn a special, Massachusetts-focused webinar series by CEG and CESA, experts will answer your questions about energy storage. This first webinar in the series will cover battery storage basics and available incentives.
Read More & RegisterThis webinar will feature the Solar Village Project, a non-profit organization dedicated to providing solar+storage to schools, clinics and homes in rural India and Puerto Rico, helping with health, education, and home life as well as climate change.
Read More & RegisterEnergy storage projects face unique operational attributes that are often not well accounted for in current interconnection processes, and this can lead to storage projects facing undue burdens that may ultimately cause them to become uneconomical. In this webinar, policy experts will examine the problem and discuss new initiatives designed to address interconnection challenges.
Read More & RegisterArchived Webinar Recordings
Webinar speakers will discuss the negative impacts that peaker power plants are having on NYC communities, challenges and barriers impeding the speed of the transition, and pathways forward to accelerate the transition to clean alternatives.
A new study by the Brattle Group explores the cost and ability to serve critical resource adequacy needs from an emerging resource: virtual power plants (VPPs). In this webinar, panelists will discuss the findings of the report and share how VPPs can reduce reliance on high polluting power plants during peak energy use hours.
A new report examines the environmental justice and public health impacts of peaker power plants in three U.S. cities – Boston, Philadelphia, and Detroit. Report authors from CEG and Strategen will discuss their findings.
This webinar will introduce CEG’s Peaker Plant Mapping Tool and provide an overview of how it can be used to explore the economic and racial disparities of peaker plants. Speakers from UPROSE, and the Berkshire Environmental Action Team will present.
A new report from the PEAK Coalition lays out a plan to reliably replace all fossil-fuel peaker power plants in New York City with a mix of renewable energy, storage and demand side energy management solutions by 2030.
In this webinar, members of the PEAK Coalition detailed the finding of their new report, “Dirty Energy, Big Money,” which exposes the environmental and economic harms that peaker power plants are inflicting on communities in New York City, and introduced measures the organizations are taking to replace peakers with renewables and battery storage.
In this webinar, East Bay Community Energy and Sunrun share details of a new project in California that will deploy solar and battery storage systems in low-income single-family and multifamily homes to offset the need for reliance on fossil-fuel powered peaker plants.
This webinar presented the case for battery storage, both standalone and paired with renewables, as an increasingly viable alternative to traditional fossil-fuel peaker plants. Guest speakers from Physicians, Scientists, and Engineers for Healthy Energy and the Central Coast Alliance for a Sustainable Economy presented.
In this webinar hosted by Clean Energy Group’s Resilient Power Project, energy experts from PSE Healthy Energy discussed the environmental and health benefits of displacing peaker plants with energy storage and demand response resources.