Projects will advance innovative approaches to PV system hardening, utilizing novel sensors, communications strategies, and data analytics to increase generation-side hardware resilience to minimize damage during these events. Topic Area 3: Innovative Solutions to Increase the Resilience and Hardening of PV Power Plants – 2-3 projects, $1.5-3 million each Phase two will focus on technology development and demonstration. Phase one will develop or refine a structured community energy resilience plan, including multi-stakeholder participation and collaboration, as described under Topic 1. Projects will develop and demonstrate sensors and communication technologies that enable rapid identification of available assets to re-energize a power system after an extreme event, including the design and integration of automation procedures that are assisted by distributed solar technologies to enable rapid recovery. Topic Area 2: Automation Strategies for Rapid Energy Restoration – 5-6 projects, $2-3 million each Based on the developed energy resilience planning framework, projects will identify locations where PV-plus-storage deployment can best support increased community energy resilience. Projects can include the development and integration of new or existing metrics and preparedness and response plans. Projects will develop energy resilience planning frameworks at the community level through robust multi-stakeholder participation and collaboration. Topic Areas Topic Area 1: Innovative Community-Based Energy Resilience Planning – 6-8 projects, $500,000-1 million each As extreme weather events become more common and place undue stress on our electricity infrastructure, solar and other distributed energy resources can help communities rapidly recover. These research activities will help increase the resilience of energy systems, which will help meet the Biden administration’s goals for achieving a decarbonized electricity sector by 2035. In addition, projects will develop and demonstrate rapid energy restoration technologies based on the community resilience plan in order to increase the durability of photovoltaic (PV) systems. Projects will foster engagement and ongoing communication among multiple stakeholders such as utilities, municipal planners, emergency responders, community groups, and others, especially in underserved communities located in areas vulnerable to extreme events causing frequent energy and power service disruptions. Department of Energy (DOE) Solar Energy Technologies Office (SETO) announced the Renewables Advancing Community Energy Resilience (RACER) funding opportunity, which will award $25 million in funding for projects to enable communities to utilize solar and solar-plus-storage to prevent disruptions in power caused by extreme weather and other events, and to rapidly restore electricity if it goes down.
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