Engineering architectures that connect energy production, storage, grid interface, protection, controls and project economics.
GMC develops preliminary and detailed engineering bases for utility-scale PV, including plant sizing, array architecture, inverter strategy, MV collection, transformers, plant controls and grid interface.
Battery storage is treated as an operating asset, not an add-on. Design begins with the intended duty: arbitrage, peak support, resilience, grid-forming operation, curtailment recovery or hybrid dispatch.
GMC integrates PV, BESS, standby generation, critical-load tiers, black start, demand management, monitoring and staged expansion.
Resilience-led architectures for facilities where power quality and continuity are operational requirements.
Independent or interconnected system options with clear asset boundaries, operating philosophy and phased growth.
PV+BESS projects with operational logic aligned to tariff, grid and offtaker requirements.
Bring GMC in early to align engineering, grid, commercial assumptions and delivery strategy.