Solar, battery storage, hybrid plants, micro grids, and other renewable assets each have their own operational and grid-interface challenges. We engineer the control layer around the plant type — not around a single product.
Every plant type demands a different control philosophy. Here's how we approach each — and the specific outcomes we design for.
Utility-scale and C&I PV — from fixed-tilt and trackers to floating and agri-voltaic. PPCs that coordinate large inverter fleets, manage curtailment, and keep yield predictable.
Site controllers for standalone BESS and co-located storage — charge/discharge optimisation, grid-services participation, and tight BMS / inverter / substation integration.
Multiple generation sources and storage in one footprint — our speciality. Unified control that arbitrates between sources, manages shared grid connection, and maximises POI utilisation.
Unified micro grid controllers for municipalities, mines, and commercial sites — managing generation, storage, and load balancing with seamless grid-tie / island transitions.
Substation automation, remote terminal units, and utility-side interfaces — IEC 61850 and DNP3 integration for projects that interface directly with grid operators.
The plant type changes the control philosophy — the engineering depth stays the same.
First-pass compliance testing engineered from the control philosophy up, across every plant class we support.
Vendor-agnostic PLC, SCADA, and communications — we integrate whatever is on site rather than forcing a rip-and-replace.
Hardened communications, segmented networks, and access control designed for OT environments, not retrofitted after commissioning.
Support agreements that outlast the warranty period — because plant operators need answers at 2am, not just during commissioning.
Our core capabilities translate across renewable energy. Start with a conversation — we'll tell you honestly whether we're the right fit.
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