Microgrid systems, an alternative approach for integrating small scale distributed energy resources, are becoming a reality on the U.S. east coast. The microgrids are viewed as a way to improve energy resiliency in the face of future impacts related to climate change, as reported by the Hurricane Sandy Rebuilding Task Force. Bill Howley, in today’s “The Power Line” blog, points out a critical necessity for microgrid development – the need for larger capacity, less expensive battery storage. Bill notes that one company, Solar Grid Storage, is making significant strides in this direction. Here’s Bill’s summary:
Larger capacity, less expensive battery storage is the key to building more microgrids in the US. Here is a story about one new company, Solar Grid Storage, that is developing new grid storage systems. The article also gives you a good overview of new microgrid systems that are popping up on the East Coast.
Solar Grid’s primary focus is commercial customers, but it also works with utilities and municipal governments. Among its customers are a school system in New Jersey and a utility in North Carolina. It partnered with Standard Solar Inc. on the installation of a solar system at the Konterra Realty Corporation that opened last month.
He says grid operators like PJM, a regional transmission organization, pay Solar Grid an installation fee and a monthly fee based on the hourly market rate of access to its battery system.
Leyden says the company is currently in talks with utilities in the Maryland-Washington, D.C. area on solar storage. He declined to identify them but the major operators in the District are Pepco and Washington Gas.
Storm surges are responsible for much of the damage and loss of life associated with landfalling hurricanes. Understanding how global warming will affect hurricane surges thus holds great interest. As general circulation models (GCMs) cannot simulate hurricane surges directly, we couple a GCM-driven hurricane model with hydrodynamic models to simulate large numbers of synthetic surge events under projected climates and assess surge threat, as an example, for New York City (NYC). Struck by many intense hurricanes in recorded history and prehistory, NYC is highly vulnerable to storm surges. We show that the change of storm climatology will probably increase the surge risk for NYC; results based on two GCMs show the distribution of surge levels shifting to higher values by a magnitude comparable to the projected sea-level rise (SLR). The combined effects of storm climatology change and a 1?m SLR may cause the present NYC 100-yr surge flooding to occur every 3–20?yr and the present 500-yr flooding to occur every 25–240?yr by the end of the century.
Many residents of the areas impacted by Sandy are still without power and in the most hard-hit locations probably won’t be back in their homes for quite some time. The next step for families is to look at some sort of disaster recovery plan. The costs of Sandy will most likely be in the billions of dollars. And – Sandy is only one of the more recent catastrophic weather events to occur globally. There is a climate crisis.