A selection of industrial switchgears, microgrids, and megawatt battery installations successfully deployed.
Installed a 4MW rooftop solar array integrated with a 2MW BESS, allowing off-grid operation during peak utility hours.
Constructed a dedicated 69kV to 13.8kV step-down substation to power heavy assembly robotics and prevent local grid sag.
Re-wired a 150,000 sq ft casting facility with rigid Class I, Div 1 explosion-proof conduit and dedicated MCCs for blast furnaces.
Implemented an IoT-based load-shedding switchgear network capable of isolating critical server racks under 4 milliseconds.
Engineered a self-sufficient microgrid combining dual gas turbines, rooftop solar, and redundant UPS systems for total islanding capabilities.
Installed four 500kW containerized BESS units to smooth peak demands of massive overhead gantry cranes, saving $40k/month in penalties.
Extended a 138kV sub-transmission line 2 miles and erected a heavily fortified switchyard for a secure aerospace testing facility.
Integrated a series of commercial wind turbines with bidirectional net metering to offset power demands of massive indoor vertical farming operations.
Retrofitted a 1980s chemical plant with wireless SCADA nodes and intelligent switchgear, providing real-time thermal monitoring and phase diagnostics.
Delivered clean, isolated ground circuits and hospital-grade heavy wiring for an R&D facility heavily reliant on sensitive electron microscopes.
Commissioned a 1MW BESS system to guarantee uninterrupted refrigeration during rolling summer blackouts, safeguarding millions in perishable inventory.
Built a totally independent power ecosystem for a luxury island resort, utilizing a custom solar-diesel-battery hybrid array managed by dynamic PLCs.