![]() ![]() Ultimately, this is helping to reduce the use of diesel fuel by approximately 130,000 liters per year.ĭespite their many advantages, microgrids face significant barriers to widespread implementation. By combining a newly installed microgrid with the use of solar and battery storage, the Ojibway Nation community in Gull Bay, Ontario was able to create a clean energy microgrid. In rural Canada, our teams did just that. In a market where local, renewable resources are approaching cost parity with grid power, community implementation of such microgrids can also offer rate payer price certainty as new energy services agreements are inked with microgrid owners and operators. How? It can improve economic and environmental performance to operators and communities by reducing energy costs and cutting carbon emissions. This continued evolution in microgrid configuration unlocks new potential. This helps to save energy when the sun is shining or the wind is blowing so that we can use it when we need it most. Hybrid systems often incorporate an energy storage component. Hybrid systems are those that combine different forms of generation together onto one grid, including wind, solar, and hydro. This is especially true as the development of hybrid microgrid systems increases. Microgrids are poised to play a significant role in promoting the development and integration of renewables throughout the grid. This evolving technology provides clean and efficient energy, enhances resiliency, and improves the operation and stability of the local electric grid. It can range from one or several buildings and can power critical infrastructure, small communities, or even industrial sites. A microgrid is a smaller version of this. In its most basic sense, a grid consists of a power source, users, wires to connect them, and a system to control it all. While energy markets continue to transition to cleaner, more sustainable models, the microgrid’s ability to balance generation from renewable power sources such as solar, wind, and hydro-as well more traditional sources like gas-fueled combustion turbines-is yet another attractive feature. Similarly, when the main power grid has little resilience in the face of disruption, especially when presented with extreme weather events, microgrids represent a stable plan B. Microgrids are a growing segment of the energy transition and represent the shift from centralized power towards more localized and distributed generation solutions.Īs power outages become more common, the microgrid’s ability to isolate from the larger grid makes them an attractive option in cities, suburbs, and rural communities alike.
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