The City of Berkeley received a grant from the California Energy Commission as part of its Electric Program Investment Charge program to conduct the Berkeley Energy Assurance Transformation (BEAT) project. The BEAT project explored how to design a clean energy microgrid community (CEMC) to serve key municipal buildings and to improve community … [Read more...]
Microgrids offer a classic example of government policy chasing technology. While microgrids are being developed worldwide, few jurisdictions offer much-needed policy guidance and certainty. At Microgrid 2018, Edward Yim, associate director at the DC Department of Energy and Environment, shared how scalable resilience and a focus on climate … [Read more...]
Energy decentralization is a major development that could help tackle the energy challenges of the 21st century. Major technical and economic improvements have allowed substantial progress in decentralized energy resources, such as solar energy and storage and the Internet of Things (IoT), driving new cooperation and optimization capabilities. Also … [Read more...]
Interest is rising in clean energy microgrids, especially within healthcare, higher education, government and business. What’s the attraction? All microgrids offer greater electric reliability. But the clean energy microgrid does more. It also reduces carbon emissions and helps organizations reach sustainability goals—an achievement increasingly … [Read more...]
Smarter energy management delivers reliability, efficiency and cost savings. From the time when our alarm goes off in the morning to when we turn the lights off at night, we use electrical power. In terms of magnitude, each person in the U.S. spends around $3,052 on electricity (2012 figures). With a population of about 314 million people at the … [Read more...]
According to a recent Microgrid Knowledge study power resiliency is one of the top 3 reasons organizations and communities install a microgrid. Factors such as increasing occurrences of natural disasters, the ongoing threat of cyber attacks and growing awareness of inadequate, outdated or failing grid infrastructure all drive microgrid adoption. … [Read more...]
The senior population is on a path to double in the U.S, and even triple in Europe. This creates pressure to expand hospitals, healthcare networks, assisted living facilities, adult day care and nursing homes. Thus the reason for learning more about the value of Healthcare Microgrids. Add advances in medical technology, which result in new … [Read more...]
Fuel cell microgrids are on the rise, the result of a natural pairing of two technologies-fuel cells and microgrids- that serve a mutual mission. Together, they meet today’s demand for energy that is cost-competitive, highly reliable, clean, quiet, contained, modular, scalable and community-friendly. Once futuristic, both technologies find … [Read more...]
Reciprocating engine generators are becoming increasingly important to help solve three contemporary energy problems. The first problem occurs in developed areas like North America, where electric reliability is crucial as the economy grows ever more Internet-based. The second problem can be found in remote regions of the world, where no … [Read more...]
Duke Energy Corporation is an energy utility that serves 7.4 million electric customers in six states in the Southeast and Midwest regions of the United States. Prompted by recurring severe weather events and a goal of incorporating more renewable generation into the electric power grid, Duke Energy decided to integrate their existing renewable … [Read more...]
Recovering from the effects of natural disasters on the electrical systems of railways, airports and seaports can be slow and expensive. Karen Morgan, president and CEO of Dynamic Energy Networks, explores how energy-as-a-service can impact railways, airports and seaports to increase resiliency for America’s transportation.
California’s utilities have traditionally imposed time-of-use (TOU) rates, which created a daily schedule that applies different prices for power based on demand trends on the grid. However, the rise of solar power generation in the state — both behind-the-meter and at the utility scale — has disrupted the dynamics of the supply mix supporting California’s electric grid, and utilities are adapting to these new realities with changes to their TOU rate schedules. Download the new report from Enel X that explores the potential impact of behind-the-meter solar PV and energy storage on California’s time-of-use rates.
Copyright © 2018
