Blazing the Path from VPPs to Holistic Grid Control with DERMS

VPPs

This is the final entry in a Microgrid Knowledge Special Report series focused on distributed energy management systems (DERMS) and virtual power plants (VPPs). The sixth installment provides an overview of the path to efficient management of distributed resources, from VPPs to grid control with DERMS. For utilities that see an increasing … [Read more...]

E.ON and Vertiv Partner to Offer Virtual Power Plant Services for Critical Infrastructure

virtual power plant

International energy giant E.ON and U.S.-based Vertiv (previously Emerson Network Power) have joined forces to deliver virtual power plant services in Germany, with an eye toward other markets worldwide. Partnering with Vertiv gives E.ON -- a European-based company with $67.9 billion in assets -- the opportunity to offer uninterruptible … [Read more...]

Smoothing the Path for DER Orchestration: New Rules for a New World

DER

In the previous installment of the Microgrid Knowledge Special Report series focused on distributed energy management systems (DERMS) and virtual power plants (VPPs), we covered how DERMS and smart inverters can bring distributed resources onto the grid. In the fifth installment, we explore how technology and updates in utility rules and … [Read more...]

How DERMS and Smart Inverters Safely Bring Distributed Resources to the Grid

smart inverters

Distributed energy management systems (DERMS) and smart inverters can together help efficiently and safely bring distributed energy onto the grid, as described in the fourth part of a Microgrid Knowledge Special Report series on DERMS and virtual power plants.  As use of renewable energy grows, grid management becomes more complex for … [Read more...]

What are Distributed Energy Management Systems (aka DERMS)?

DERMS

Last week, the new Microgrid Knowledge Special Report series that explores the benefits of distributed energy management systems (DERMS) and virtual power plants (VPPs) covered how VPPs can replace conventional power plants while also providing higher efficiency, greater flexibility and increased grid reliability. Here’s the third post, that … [Read more...]

Michigan’s Largest Utility to Propose Virtual Power Plants and Renewables in IRP

virtual power plants

Consumers Energy, Michigan’s largest utility, plans to unveil an integrated resource plan (IRP) this week that elevates virtual power plants as a means to meet new energy needs. Virtual power plants aggregate distributed energy resources and orchestrate their operation via a central control system.  Due to the Michigan Public Service … [Read more...]

Virtual Power Plants: Coming Soon to a Grid Near You

virtual power plants

Virtual power plants (VPPs) are growing in popularity and helping shape the grid of the future, as explained in the second installment of a new Microgrid Knowledge Special Report series about VPPs and distributed energy management systems (DERMS). Before the 2016 elections in the Philippines, officials worried about the potential for … [Read more...]

The 21st Century Power Grid: Not Your Parents’ Power Grid

DERMs and VPPs

DERMs and VPPs -- you hear the terms often now. They stand for distributed energy resource management systems (DERMS) and virtual power plants (VPPs), and they are remaking the electric grid as we know it. Learn more about DERMS and VPPs in our Microgrid Knowledge Special Report series. Here's the first part, a discussion about what makes the 21st … [Read more...]

Microgrid Projects and Virtual Power Plants from Maine to Australia

microgrid

Municipal microgrid bill moves forward in Maine Pro-microgrid legislation in Maine now heads to the full House and Senate for consideration following its approval March 20 by the Legislature’s Energy, Utilities and Technology Committee. Sponsored by Rep. Mick Devin, LD 257 would allow Maine cities and towns to develop microgrids in … [Read more...]

South Australia to Build World’s Largest Virtual Power Plant and Sizable Solar Microgrid

virtual power plant

South Australia lit up the distributed energy map yesterday with word that it will build the world’s biggest virtual power plant and a separate, sizable commercial solar microgrid. The 250-MW virtual power plant, which will use Tesla Powerwalls, will encompass 50,000 homes at full build-out in four years. The homes will be networked via … [Read more...]