The global supply of stationary energy storage systems has expanded dramatically as the number of solar and wind farms increase – but ensuring the safe operation of larger systems is critical to their long-term success.
Cadillac has revealed the brand’s first EV, the first model derived from GM’s future EV platform. Cadillac will be at the vanguard of the company’s move toward an all-electric future.
A Black & Veatch-designed microgrid at Shell’s Technology Center in Houston, Texas, is actively powering part of the campus while serving as a critical research tool for Shell International Exploration & Production Company, Inc.’s work to explore the next generation of clean power and distributed energy technologies.
GM will collaborate with three of the nation’s leading electric vehicle charging networks to enable access to the largest collective EV charging network in the U.S., including more than 31,000 charging ports.
Edison International has released its 2017 Sustainability Report reflecting its sustainability strategy and 2017 sustainability performance and related metrics. The report covers Edison International’s work to bring about a clean energy future and to operate its businesses with excellence by focusing on customers, communities and employees.
VMware, Inc. (NYSE: VMW), a leading innovator in enterprise software, announced its intent to explore developing a microgrid at its headquarters campus with the City of Palo Alto. A microgrid is a system of generators, batteries, and electric loads that can be operated in a controlled, coordinated way to provide resiliency. Microgrids can operate while connected to the main power grid or can power critical electric loads when off-grid. The VMware microgrid will serve as a testbed for the company and the City of Palo Alto to explore the potential of microgrids to advance resiliency at the corporate and community level. Palo Alto and VMware will also explore a partnership to use this microgrid to augment the community’s emergency services by providing a charging site for the City’s emergency
From hydro plants to solar farms and the power poles in between, Duke Energy employees are finding innovative ways to make the energy they deliver cleaner and more reliable. Since 2005, Duke Energy has reduced carbon dioxide emissions by 31 percent, and by 2030, the company aims to reach a 40 percent reduction.
Nations in Southeast Asia are working to balance energy security, environmental sustainability and economic competitiveness at a time when the financial sector is looking for bankable energy projects in which to invest. The region’s industrial growth in recent years has encouraged economic growth and urbanization that has expedited its consumption of energy.
Battery-based energy storage is a proven technology that can enable your schools to use more self-generated solar power and help stabilize the grid, while significantly reducing district energy costs.
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