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The 31 new models now available include 11 with power ratings from 33 to 400 kVA for 50 Hz applications globally, 11 from 40 to 200 kW for 60 Hz applications in North America, and nine from 30 to 175 kW for 60 Hz applications outside North America.
After specifying a few key parameters, a control system can calculate exactly which energy sources will be needed to ensure efficient and reliable operation of a microgrid.
The Cat G3412 natural gas-fueled generator set with U.S. Environmental Protection Agency (EPA) Stationary Emergency Certification is rated at 500 kW for 60 Hz markets.
The PowerBlock3 generator is powered by a Volvo 16-liter engine platform. The engines are contained within purpose-built CSC-certified ISO shipping containers.
The Cat C18 diesel generator set features three 60-Hz power nodes offering standby ratings from 650 to 750 kW and prime power ratings from 600 to 680 kW.
These generators provide users with the flexibility to select the appropriate gas fuel source for a specific application — natural gas, liquid propane (LP), or patent-pending dual fuel — and are ideally suited to a variety of settings.
KOHLER Genuine Coolant was launched to provide generator operators with a new formulation designed to deliver advanced engine protection and superior overall performance.
Companies looking to improve their sustainability while continuing to protect their power systems against risk are beginning to incorporate renewable energy into their distributed energy power systems.
When calculating three-phase systems, electrical engineers frequently assume that the loads to be carried will be evenly balanced across coils. The problem is experience proves the opposite. Most of the systems we encounter have unbalanced loads.
On Demand Examining the application of traditional fossil-fueled generators in a world where decarbonization is demanded by jurisdictions, owners, and customers. We will show how engine generators are applied with energy storage systems, island/on-site power systems, and renewable energy systems within the fence and share design and financial models for mixing power sources for your power system.
