Maine’s renewable energy landscape is poised for big changes. Legislation passed into law in June establishes greenhouse gas emission reduction targets and an ambitious renewable portfolio standard. In this interview, Dylan Voorhees, climate and clean energy director of the Natural Resources Council of Maine, explains what the new laws mean for the state, and what brought about the shift in policy.
Texas offers an instructive case study for the growth of renewable energy. Most of the state’s electricity is delivered through the deregulated Electric Reliability Council of Texas market. The state has long since surpassed its mandated renewable portfolio standard, so market dynamics dictate the ongoing pace of renewables growth. Nonetheless, Texas is by far the country’s largest wind power generator and is slated to see major growth in solar capacity as well.
Brandon Cheshire is board president of the Arizona Solar Energy Industries Association and founder of SunHarvest Solar, as well as a licensed electrician. In this interview, Cheshire lays out a solar industry perspective on how to advance clean energy in the state.
What is strategic electrification? Why is it an important topic for clean energy stakeholders and how can they capitalize on this trend? In this interview, William Tokash, a senior analyst for Navigant Research, provides some insights into his recent publication on the concept, and its future path of growth and technological development.
This explainer is the third part of a series by Sara Harari and Nate Grady on how microgrids are being used to transform the electrical grid. As climate change becomes the new reality, policymakers must decide how to invest limited resources in advanced technology and infrastructure. At the heart of this challenge is the debate over adaptation versus mitigation: should we focus our efforts on avoiding the worst effects of climate change (i.e. reducing the amount of greenhouse gasses we release going forward), or should we divide our resources and invest simultaneously on adapting to the most likely effects of...
Community microgrids can be initiated by a wide range of individuals or organizations. They include mayors and utilities. They also may include “anchor” off-takers like hospital management, development companies, or community organizations. But to succeed, they require that at least one person really take the lead and energize the project.
Because energy storage can help the power industry with many problems ranging from intermittency issues hamstringing renewables to energy crises threatening entire population centers, it is being acclaimed by many as the linchpin of tomorrow’s clean energy future.
At the GTM Blockchain in Energy Forum hosted at Pacific Gas and Electric Company in San Francisco on Sept. 11, technology and energy experts focused their attention on emerging blockchain applications aimed at enhancing grid resilience: smart asset management and demand response programs. Blockchain has exploded over the past two years in the power sector.
In this explainer, we’ll take a close look at the infrastructure of microgrids – more specifically, community microgrids. We will show how they can play an essential role in local resiliency while delivering system-wide benefits.
While solar and wind resources are abundant in the western United States, the region faces technical, operational and management challenges in transitioning to cleaner energy portfolios. Integrating renewable energy into existing electric grids continues to be a difficult hurdle for many electricity markets. When utilities face intermittent renewable energy generation, energy imbalance markets (EIMs) have been developed to mitigate the gaps between production and demand.