Products · Inverter

Wind System Inverter

Off-grid inverter options for 1.5 kW, 3 kW, 5 kW and 10 kW wind systems. The current product position is off-grid first, with suitable system architectures that can be planned for future grid integration where the final inverter/model supports it.

₹10,000 per kW

1.5 · 3 · 5 · 10 kW

Off-grid inverter range.

Choose the inverter based on the simultaneous AC load and complete electrical architecture, not only the turbine nameplate.

1.5 kW

1.5 kW Off-grid Inverter

Pure-sine-wave AC conversion for suitable wind-system loads.

Capacity	1.5 kW
Primary use	Off-grid
Future grid path	Suitable system architecture may support later grid-compatible configuration, subject to inverter model and site approvals.
Online price	₹ 15,000

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3 kW

3 kW Off-grid Inverter

Pure-sine-wave AC conversion for suitable wind-system loads.

Capacity	3 kW
Primary use	Off-grid
Future grid path	Suitable system architecture may support later grid-compatible configuration, subject to inverter model and site approvals.
Online price	₹ 30,000

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5 kW

5 kW Off-grid Inverter

Pure-sine-wave AC conversion for suitable wind-system loads.

Capacity	5 kW
Primary use	Off-grid
Future grid path	Suitable system architecture may support later grid-compatible configuration, subject to inverter model and site approvals.
Online price	₹ 50,000

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10 kW

10 kW Off-grid Inverter

Pure-sine-wave AC conversion for suitable wind-system loads.

Capacity	10 kW
Primary use	Off-grid
Future grid path	Suitable system architecture may support later grid-compatible configuration, subject to inverter model and site approvals.
Online price	₹ 100,000

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Hybrid capable

Ready for Wind + Solar system architecture.

The supplied hybrid inverter visual shows wind input, solar input, battery support and AC output. Final controller/inverter compatibility should be checked against the actual system design.

Off-grid operation as the primary online use case.
Wind + Solar hybrid architecture available on compatible models.
Battery support for backup and energy storage.
Future on-grid use requires a compatible model, protection and approvals.