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Recently, the National Renewable Energy Laboratory (NREL) and Idaho National Laboratory (INL) successfully demonstrated the ability
to conduct real-time interactive grid simulation over the Internet.
It is reported that the two laboratories can connect their "real-time data simulators" (RTDS) to achieve grid simulation effect, and the hardware or software of one laboratory can directly interact
with the other.
INL's multiple real-time data simulator racks are connected to NREL's grid simulators to simultaneously simulate complex power systems
with multiple electric vehicles and multiple distribution lines.
Connecting two network simulations over long distances requires fast, reliable, and minimal latency
.
In this demonstration, the data was exchanged 1200 times per second, while the average latency was only 28 milliseconds
.
Simulations are useful
for testing the instantaneous response of the grid, such as sudden failure of a power generator, or sudden changes caused by sudden increases or drops in electricity demand.
NREL's Energy System Integration Facility integrates a computer-simulated grid that includes real energy system hardware such as wind turbines, solar panels, batteries, and electric vehicles
.
The national power grid reliability test tool implemented by INL can define the grid configuration for the public power transmission and distribution system
.
Recently, the National Renewable Energy Laboratory (NREL) and Idaho National Laboratory (INL) successfully demonstrated the ability
to conduct real-time interactive grid simulation over the Internet.
It is reported that the two laboratories can connect their "real-time data simulators" (RTDS) to achieve grid simulation effect, and the hardware or software of one laboratory can directly interact
with the other.
INL's multiple real-time data simulator racks are connected to NREL's grid simulators to simultaneously simulate complex power systems
with multiple electric vehicles and multiple distribution lines.
Connecting two network simulations over long distances requires fast, reliable, and minimal latency
.
In this demonstration, the data was exchanged 1200 times per second, while the average latency was only 28 milliseconds
.
Simulations are useful
for testing the instantaneous response of the grid, such as sudden failure of a power generator, or sudden changes caused by sudden increases or drops in electricity demand.
NREL's Energy System Integration Facility integrates a computer-simulated grid that includes real energy system hardware such as wind turbines, solar panels, batteries, and electric vehicles
.
The national power grid reliability test tool implemented by INL can define the grid configuration for the public power transmission and distribution system
.
