April 22, 2013
/PRNewswire/ -- National Instruments (Nasdaq: NATI) has partnered with Prolucid LocalGrid Technologies Inc. (LocalGrid™) to build the next-generation energy management system for Toronto Hydro-Electric System Limited. Funded by nearly
in grants from
's ecoENERGY Innovation Initiative and
's Smart Grid Fund, the project takes advantage of distributed intelligence technology to manage renewable energy generated by the community onto the power grid. In addition to allowing for increased generation capacity, thereby reducing greenhouse gas emissions, the integrated platform can improve reliability and efficiency across the electric power system.
"The electrical grid will be radically transformed over the next 10 years, moving from a centralized model of power generation and distribution to a less capital-intensive local or MicroGrid model," said
, president and CEO of LocalGrid. "This is driven in part by the introduction of distributed renewable sources of generation. Our technology allows renewables that are currently blocked to come online without costly infrastructure investment."
The LocalGrid solution addresses an unexpected challenge created by clean energy incentives. Due to the country's vast size, cold climate and expansive economy,
has one of the highest rates of per capita energy consumption in the world. To promote conservation and efficiency, the federal and provincial governments provide rebates to households and businesses for renewable energy installations. In some areas, the boom in solar panels and wind turbines actually generate more power than the existing infrastructure can handle, resulting in valuable electricity being wasted.
Toronto Hydro, the largest municipal electric utility in
, is working with LocalGrid to develop a distributed approach for managing generation without requiring expensive new power lines or capital equipment. LocalGrid's software uses CompactRIO devices installed on the grid to control and monitor community generation sources.
"We are using CompactRIO because of its combination of advanced analytics and processing power, in a rugged, flexible, field-deployable system, at the right price point," said Leigh. "A distributed energy management system must have flexibility, modularity and reliability at the core of the design so that it can grow with the needs of utilities for years to come."