Microgrid Fundamentals - How Generators Play a Role
 The concept of microgrids has been around for many years. They have recently gained significant traction and press as many new projects become a reality and are being put into production. A microgrid is a way to manage distributed energy resources and can include renewables (solar, wind, and/or hydro) and non-renewable sources (such as diesel generators and gas turbines). In this month's article, we look at the fundamentals of what a microgrid is, how they are utilized, the role generators play in microgrids, and we share a helpful video from Schneider Electric that explains these concepts further. Click Below to Continue:
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MTU 1000 KW
2019 Diesel, 480 V
3-Phase, 60 Hz, 1504 Amps, Standby
0 Hours, Unit# 71092
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Generac 500 kW
2017 Diesel Generator, 480 V
3-Phase, 60 Hz, 751 Amps, Standby
184 Hours, Unit# 88001
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Kohler 600 kW
2008 Diesel Generator, 480 V
3-Phase, 60 Hz, 919 Amps, Standby
500 Hours, Unit# 87889
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Cummins 300 kW
2019 Diesel Generator, 480 V
3-Phase, 60 Hz, 451 Amps, Standby
0 Hours, Unit#: 71115
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