Lockheed Martin's microgrid center boosts load capacity, energy storage
Now, the intelligent microgrid research and development facility has augmented capabilities that allow it to emulate and validate nearly a megawatt energy solution prior to delivering it to the customer
Dallas, May 24, 2011 — Lockheed Martin's Intelligent Microgrid Solutions group recently upgraded its Microgrid Development Center to increase its load capacity and power handling from 100 kW to 500 kW and energy storage from 4 kWh to 20 kWh.
Now, the intelligent microgrid research and development facility, located in Dallas, has augmented capabilities that allow it to emulate and validate nearly a megawatt energy solution prior to delivering it to the customer.
An intelligent microgrid is an integrated energy system managing interconnected loads and distributed energy resources, including renewables such as solar and wind power that operate with the power grid or in an independent mode.
The MDC ensures Lockheed Martin provides the most effective solution for customers so they have a reliable source of energy powering their most critical operations.
The MDC pairs innovative systems-engineering processes with software and hardware-in-the-loop testing to evaluate a wide variety of intelligent microgrid solutions. The lab simulates possible energy generation and consumption scenarios, including load fluctuations and unexpected events that could affect the stream of energy.
The new energy resources, storage units and advanced control room increase the amount of energy introduced in testing and the ability to manipulate it five-fold.
Lockheed Martin's enhanced MDC control-room consoles take advantage of the safety critical instrumentation and control technology developed for nuclear control rooms by Lockheed Martin Nuclear Systems and Solutions.
The control room provides design engineers and operators the ability to rapidly develop and test microgrid technologies using real and simulated equipment.
In addition to recent upgrades, additional MDC improvements will include enhancing the utility grid interface and the Energy Conversion Laboratory. These added capabilities will provide tools to rapidly develop and test multiple, intelligent microgrid technologies, components and architectures.
The team will also connect the Tactical Demonstration Area, an outdoors test area that allows monitoring, controlling, validating and integrating legacy and renewable resources in a tactical microgrid, using the MDC control room.