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Power Plants in a Box

Modular Power Generation Systems

As opposed to the typical “stick-building” model that is the norm in the United States, Energy Choice’s packaged units are a  power-plant-in-a-box complete solution. These units utilize the most efficient technology available today, with some of our CHP units having over 95% total efficiency. Our modules and containers provide a variety of benefits for your business including ease of set-up and operation, high reliability, and fuel flexibility.

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Benefits of Modular Power Generation

Streamlined Planning and Purchase: Our single source approach means that projects will have reduced equipment cost, construction cost and implementation time. This means that a project can go from concept to execution in as little as 3 months.

High Reliability and Durability: A containerized approach protects the equipment from the elements, provides significant noise reduction and eliminates the need to build a traditional brick and mortar power plant. Each of our plants come with sensors that monitor every plant system, 24 hour remote monitoring and a dedicated service team located in your territory in case you need assistance. This means that you can count on your plant having at least 90% annual uptime.

Connection Ready on Delivery: When your packaged CHP or power only plant arrives onsite, it has already been factory assembled, pre-piped and tested. Every system we provide has all the necessary accessories and components included and designed to integrate with your existing infrastructure. Your customized package will arrive ready to begin providing you reliable on-site power, without having to worry about environmental compliancy or integration issues.

Fuel Flexibility: Our “power plants in a box” can operate on natural gas or on any of the other renewable or special gases that are in the market today. When you operate a CHP on biogas, you are turning a waste source into a revenue source.

Model Power Output Electrical Efficiency Thermal Output Thermal Efficiency Total Efficiency
EC 59 NG 59 kW 31.4 % 105 kW 55.9 % 87.2 %
EC 120 NG 120 kW 35.4 % 192 kW 56.6 % 92.0 %
EC 150 NG 150 kW 36.7 % 224 kW 54.8 % 91.4 %
EC 190 NG 190 kW 36.7 % 264 kW 51.0 % 87.6 %
EC 235 NG 235 kW 37.6 % 312 kW 49.9 % 87.5 %
EC 285 NG 285 kW 37.0 % 424 kW 55.0 % 92.0 %
EC 375 NG 375 kW 38.5 % 465 kW 47.7 % 86.2 %
EC 550 NG 550 kW 37.9 % 764 kW 52.7 % 90.6 %
EC 840 NG 840 kW 41.8 % 909 kW 45.2 % 87.0 %
EC 1268 NG 1268 kW 42.3 % 1344 kW 44.8 % 87.1 %
EC 1697 NG 1697 kW 42.2 % 1819 kW 45.2 % 87.4 %
EC 2129 NG 2129 kW 42.4 % 2263 kW 45.0 % 87.4 %
Model Power Output Electrical Efficiency Thermal Output Thermal Efficiency Total Efficiency
EC 190 BG 190 kW 36.7 % 281 kW 54.2 % 90.9 %
EC 250 BG 250 kW 36.1 % 368 kW 53.1 % 89.2 %
EC 365 BG 365 kW 36.0 % 536 kW 52.9 % 88.9 %
EC 550 BG 550 kW 37.2 % 800 kW 54.1 % 91.3 %
EC 762 BG 762 kW 41.8 % 720 kW 39.2 % 81.0 %
EC 1151 BG 1151 kW 42.0 % 1076 kW 39.2 % 81.2 %
EC 1542 BG 1542 kW 42.2 % 1295 kW 35.4 % 77.6 %
EC 1932 BG 1932 kW 42.6 % 1622 kW 35.8 % 78.4 %