Industrial & Commercial
Reduce operating cost and strengthen operational resilience with arrays and architectures engineered around production schedules, electrical infrastructure, and interconnection reality.
Factories and logistics hubs align daytime solar with load—strong for self-consumption—but face complex starting currents, shift changes, and strict isolation rules. Design must respect protection coordination and arc-flash risk, not only DC hardware counts.
We model self-consumption and export against tariff rules and utility limits. Where export is restricted, control strategies and storage are designed in from the start—not bolted on after procurement.
Main switchboards, sub-mains, and dedicated feeders are chosen for clarity and maintainability. Fault levels, selectivity, and monitoring taps are documented so future upgrades never require reverse-engineering.
Industrial solar is not a residential layout stretched across a larger roof. Load shapes, harmonic environments, transformer limits, and process uptime requirements drive design choices that determine whether savings materialize and whether the system survives a decade of operations.
Factories and logistics hubs align daytime solar with load—strong for self-consumption—but face complex starting currents, shift changes, and strict isolation rules. Design must respect protection coordination and arc-flash risk, not only DC hardware counts.
We model self-consumption and export against tariff rules and utility limits. Where export is restricted, control strategies and storage are designed in from the start—not bolted on after procurement.
Main switchboards, sub-mains, and dedicated feeders are chosen for clarity and maintainability. Fault levels, selectivity, and monitoring taps are documented so future upgrades never require reverse-engineering.
Work is sequenced around production peaks, shift changes, and safety windows. Permits, hot work, and lifting plans follow your site authority—not generic contractor defaults.
We set realistic production expectations with clear uncertainty bands. Warranty paths for modules, inverters, and controls are defined up front so claims do not stall on paperwork.
