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Hybrid Renewable Plant.

Solar with wind, storage or diesel behind one connection point. The value lies in how the parts are controlled together.

Types We Engineer.

No two Hybrid Renewable Plant Projects are the same. Here is what changes from one type to the next.

Solar + Storage

Solar paired with batteries to shift or firm output.

What We Focus On
  • Battery sizing against the solar profile
  • Energy management and dispatch

Solar + Wind

Two resources sharing one connection point.

What We Focus On
  • Complementary generation profiles
  • Shared collection and substation

Solar + Storage + Diesel Microgrid

Off-grid or weak-grid sites cutting diesel use.

What We Focus On
  • Microgrid simulation and stability
  • Grid-forming control and black start

Where This Asset Sits.

The Solar, BESS & Power Generation power chain, and this asset's place in it.

Project Delivery

Project location, local requirements and any site support are confirmed for the agreed scope.

Explore Global Delivery

Across the Project Stages.

Where each part of the work sits in the life of a Hybrid Renewable Plant.

Stage 01Feasibility & ConceptPower System Studies & Simulation
Stage 03Tender & ProcurementAvailable on request
Stage 04ConstructionAvailable on request
Stage 05Pre-Commissioning & CommissioningTesting & Commissioning
Stage 06Operation & MaintenanceEnvox Digital Twin, SCADA, EMS & BMS

Standards and Compliance.

We engineer to the standards and regulations that govern the Project, fixed in the design basis.

International StandardsIEC, IEEE, ISO, ASME and API standards, as the Project requires.
National CodesThe codes of the country where the asset is built: BIS and CEA in India, NEC in the USA, BS in the UK, EN in Europe, AS/NZS in Australia, GSO and SASO in the Gulf.
Utility & Authority RequirementsGrid codes, utility specifications and the approvals of the connecting authority.
Client & Lender SpecificationsOwner, licensor and lender requirements, fixed in the design basis.

Typical references for this asset: IEC 60909, IEEE 1584, IEEE 80, IEEE 519, IEC 60071, IEC 62933.

Proof in Practice · Solar · PD Testing

Cable Condition Assessment in a 40 MW Solar Plant

UHF partial discharge testing for a Gujarat power utility after a cable failure caused a long outage.

Sector
Solar, BESS & Power Generation
Year
2023
Read the Case Study

Planning a Hybrid Renewable Plant?

Share the asset, the location and the stage. An engineer will come back with a proposed scope.

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