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New York City 1 MW Aggregated BTM - Glenwood Management

Technology Type Valve Regulated Lead-acid Battery
Rated Power 1000 kW
Duration at Rated Power (HH:MM) 0:15.00 / 4.00
URL More about New York City 1 MW Aggregated BTM - Glenwood Management
Glenwood Management, an owner and builder of luxury rental properties in Manhattan, is deploying 1 MW of distributed energy storage systems in ten buildings in its real estate portfolio. The energy storage systems will be operational for the summer peak load season and will support the Indian Point Demand Management Program that Con Edison and NYSERDA are offering to commercial customers. Glenwood has contracted with EnerSys, a provider of industrial battery solutions, and Demand Energy to deliver, install and operate an aggregated 1 MW of energy storage. The aggregation includes 10 valve regulated lead-acid energy storage systems with a capacity of 100 kW/ 400 kWh each. If there is a demand response event, all of the systems can be coordinated to stop their individual activities and function as a single resource for grid support. The systems also participate in the transitive energy market in New York City when outside of the summer peak load season.
This data has been validated by project staff through a review of publicly available information about the project, and verified by the project owner. Information is accurate as of 2016-04-29.
Project Status
Status Operational
Project Includes Multiple Systems No
Siting
Location

Manhattan, New York
United States

ISO/RTO NYISO
Utility Consolidated Edison Company of New York (Con Edison)
Utility Type Investor Owned
Paired Grid Resource
Project Includes Multiple Systems No
Ownership & Value Chain Partners
Ownership Model Customer-Owned
Equity Owner 1 Glenwood Management
Energy Storage Technology Provider EnerSys
Power Electronics Provider Princeton Power
Integrator Company Demand Energy Networks, Inc.
O&M Contractor Demand Energy Networks, Inc.
Developer Glenwood Management
Cost & Performance
Performance N/A
Benefits
Service Use Case Demand Response
Electric Bill Management
Electric Energy Time Shift
Electric Supply Capacity
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