Due to operational requirements, our client could not reliably reduce electricity demand during peak times, therefore was penalized for using power during peaks on the electricity grid.
A need to improve power quality and reliability while still generating on-site power at an economically sensible price.
A number of configurations were investigated, then a decision was made on a parallel standby power solution incorporating 2 x 500 kWe machines.
A solution utilizing world-class Siemens gas engines, capable of producing 6MW of reliable electricity, while greatly reducing demand charges.
Upgrading a greenhouse operation to produce their own power while modernizing their facility, creating electrical redundancy while enabling future expansion possibilities.
Condominium complexes sought the capability to produce their own power, and recover the heat from the engines to supply heat to common areas.
Upgrading an aging system from hydraulics to electro servo control for high-speed log merchandising.
Designing a VFD Line Sync System for Weil Group Helium Processing that could successfully integrate into an e-house.
Performing substantial upgrades to an outdated system, and exceeding expectations.
Creating a user-friendly, cost and energy-efficient VFD control system built to handle high fan speed without compromise.
Designing the optimal VFD system for consistent and reliable timber processing amidst timber supply limitations in BC.
Building a custom VFD solution with optimized performance and a perfect integration with the client's environment.
Creating a highly reliable and highly flexible custom motor control panel solution.
Developing an efficient, affordable and easy to operate mineral recovery solution with T&T Power Group and Vacon Inc.