DEFINOVA
ENERGY

Integrated capability

Solar, Wind & Hybrid Renewable Energy EPC

Design generation assets as part of a complete grid-connected operating system.

Direct answer

Renewable energy EPC must coordinate resource assumptions, civil and electrical design, generation equipment, balance of plant, substations, transmission, controls, grid compliance and commissioning. Definova structures these interfaces for utility-scale, industrial and self-consumption projects.

Integrated scope

01Utility-scale and industrial solar PV
02Onshore wind balance of plant
03Solar-wind-storage hybrid systems
04Rooftop and ground-mounted generation
05Civil, electrical and communication infrastructure
06Grid connection, testing and commissioning

Critical design questions

01Which resource and yield assumptions are bankable?
02How should generation, storage and load be dispatched?
03Where are the civil, electrical and OEM interface boundaries?
04Which grid-code, protection and power-quality requirements apply?

From design to operation

Concept and detailed engineering are aligned with procurement, constructability, energisation, performance testing, monitoring and long-term maintainability. Technology selection remains project-specific and brand independent.

Frequently asked questions

What is included in renewable energy balance of plant?

The non-generating systems needed for a complete plant: civil works, cabling, substations, transmission, protection, controls, communications and auxiliary systems.

Can solar, wind and storage be delivered as one hybrid system?

Yes, when the control philosophy, grid connection, operating use case and responsibility boundaries are engineered together.

Is a yield estimate a performance guarantee?

No. Yield estimates depend on defined datasets, assumptions and uncertainty; contractual guarantees require project-specific agreement.

The right next step

Define the need through outcome, site, grid, process, timing and risk—not an equipment list. Definova uses the first conversation to clarify critical interfaces and the required decision path.

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