The need to control energy costs while displaying a responsible corporate sustainability posture is important to our clients. Our renewable energy experience encompasses all spectrums of cogeneration projects from coast to coast, including: landfill/biogas to energy, solar, and wind. As costs and regulations rise, our team is here to help you weigh options to augment your existing profiles and maximize your investment.
Landfill Gas & Renewable Natural Gas
We deliver landfill gas and renewable natural gas projects from conceptual design through utility interconnection. This includes the coordination of interfaces for relay protection and switchgear, as well as control wiring for low/medium voltage distribution systems. Clients leverage our capabilities end to end, tying these projects to their SCADA and control systems.
SCADA & PLC Control Systems
SCADA and PLC control systems for renewable energy sites are designed to integrate the site by communicating with all sub-systems that make up the overall system. The system is primarily used as a monitoring system with an HMI interface for operators to view the site locally or from a remote location. Data points from each sub-system are historicized in a database and used for operations and permitting reports, as well as for troubleshooting. These systems include limited control of building accessories and associated skid start/stop. Maintenance screens, manual and automated reporting, web interfacing, onsite startup, maintenance, and troubleshooting are available.
KEI designs solar energy plants and AC distribution systems for Fortune 500 clients. Our list of successful projects includes the design and delivery of a 20MW solar energy facility. Beyond generation systems, our solar design services also include AC interconnection, monitoring, metering, combiner box design, DC string calculations, inverter interconnection, security cameras, and lighting.
We deliver complete wind turbine generation projects, including utility interconnection, in which the energy can be sold back to the utility or to an adjacent energy user. Our robust design includes switchgear, underground duct banks, and fiber optic communications infrastructure. Additionally, we coordinate control interfaces between intertie relays, switchgear, and turbines.