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Energy Storage Laboratory

Research in the Energy Systems Integration Facility's Energy Storage Laboratory focuses on the integration of energy storage systems and their interconnection with the utility grid.

Photo of engineers working at a computer in the Energy Storage Laboratory.

Key Infrastructure and Services

  • Space to accommodate up to two 20-foot shipping containers or large commercial vehicles up to the size of a city bus
  • Bi-directional DC power stations up to 660 kW to accommodate battery cycling and battery emulation.
  • Large drive-in environmental chamber infrastructure (mechanical system build-out based on project needs)
  • Full suite of AC and DC Research Electrical Distribution Bus (REDB) connections
  • Advanced hardware-in-the-loop and model-in-the-loop simulation capabilities, including real-time digital simulator (RTDS) and Opal-RT racks
  • Robust safety design to handle many types of battery or energy storage systems
  • Thermal buses, natural gas, compressed air

Types of Research

  • Performance assessments of batteries, power conversion equipment, capacitor systems, or DC systems such as commercial microgrids
  • Long-duration reliability and safety tests of battery or energy storage system components
  • Development of economic models for energy storage systems via hardware-in-the-loop tests driven by market signals and grid conditions requiring multiple services from energy storage

Recent Projects

Developing additively manufactured photovoltaic inverter (AMPVI) and evaluating SiC inverter

Testing behind-the-meter microgrid solutions for Transformative Wave and Go Electric

Testing inverter faults for Institute of Electrical and Electronics Engineers (IEEE) standard 1547.1

Developing PV architecture and support testbed for Hawaiian Electric Companies


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