A microgrid is a small-scale power grid that can operate independently or in conjunction with the area’s main electrical grid. Any small-scale localized station with its own power resources, generation and loads and definable boundaries qualifies as a microgrid.
Shared assets in “portfolio” microgrid at Peña Station NEXT increase grid resilience and reliability
A Panasonic-led solar-plus-storage microgrid at Peña Station NEXT (Peña), a 382-acre smart city development in Denver, has been named an Energy Storage North America (ESNA) 2017 Innovation Awards finalist. This industry accolade follows on the heels of
Pittsburgh’s commitment to a sustainable future is driving the development of innovative solutions and new, green technologies that address the challenges of reducing energy usage, addressing stormwater issues caused by aging and inadequate infrastructure, and reducing the environmental impacts of shale gas development.
These efforts and more are captured in detail
For commercial, industrial, and institutional power consumers with a heightened need for affordable, reliable, and resilient power supply, advanced microgrids can provide not only control over power sources and energy costs, but also “green” energy and peace of mind. Microgrids employ a wide range of onsite generation resources, along with
What’s it like to set foot inside the world’s most intelligent smart building? Welcome to Amsterdam’s The Edge, an ultra-sleek example of today’s enlightened construction, and the epitome of functional style. The building’s ethos—het nieuwe werken, or the new way of working—places it at the forefront of smart building technology
However they are defined, everyone agrees community microgrids provide benefits. Centralized utility systems and aboveground distribution lines expose customers to regional and local outages, “and while they are highly reliable, centralized utility grids can’t ensure local resilience,” notes Peter Douglass, project manager for the Microgrid Institute, a collaborative organization supporting global development of microgrids and distributed energy
How does CHP work? To understand CHP you have to begin with the Carnot cycle, and how it describes the function and efficacy of any heat engine. The thermodynamic Carnot cycle (proposed by Nicolas Carnot in 1824) is a four-stage process that describes the reciprocal operations of a heat engine