Ground-mount solar — from land identification to substation.
Utility-scale ground-mounted plants engineered for group captive and open access customers. Bring your own land or let us identify a site near an available substation — we handle the civil, structural, electrical and evacuation scope end to end.
What we deliver.
Kyra offers a diverse range of ground mounting systems to ensure a solution is available for every application, location, and environment. Each system is designed for simple installation, durability, cost-effectiveness, and flexibility in design and installation.
The right mounting choice for a ground-mount plant depends on project size, engineering approach, surface conditions, soil profile and site topography. We start with a geotechnical study and topographic survey before selecting between fixed-tilt, seasonal-tilt or single-axis tracking structures.
Panels are mounted on galvanised-iron "tables" arranged in 2×11 or 2×38 arrays depending on plant scale. DC output aggregates into on-grid inverters (100 kW, 250 kW or 1 MW blocks), steps up through power transformers and evacuates via a dedicated transmission line to the nearest substation. ABT-class meters are installed at both the plant end and the customer end for accurate energy accounting.
For customers without land in hand, Kyra Photon identifies suitable parcels close to substations with available capacity, coordinates due diligence and secures the site before engineering begins.
Engineered for utility-scale outcomes.
3.5–4 acres/MW
Land requirement of ~3.5–4 acres per MW for fixed-tilt configurations, ~6 acres/MW when seasonal tilt with tracking is deployed.
On-grid inverter blocks
Standard 100 kW, 250 kW and 1 MW on-grid inverter blocks — chosen to match the plant's DC:AC ratio and evacuation architecture.
GI table arrays
Panels mounted on galvanised-iron tables in 2×11 or 2×38 configurations, engineered for local wind zone and soil-bearing conditions.
Evacuation 11–400 kV
Evacuation voltage sized to plant capacity — 11 kV, 33 kV, 110 kV, 220 kV or 400 kV — with matching power transformers and switchyard.
Group captive or open access
Configured for group captive use (min. 26% consumer equity, 51% consumption) or open access, with all statutory and regulatory coordination.
ABT metering both ends
Availability-Based Tariff meters at plant end and customer end for exact, audit-grade energy accounting and settlement.
Voltage class matched to plant capacity.
Evacuation architecture is sized against the plant's export capacity and the nearest substation's available voltage class. We engineer the switchyard, power transformer, transmission line and protection to match — with ABT metering at both plant and customer ends for clean settlement.
- 11 kV
- Small utility / group captive tie-in
- 33 kV
- Sub-transmission — 1 MW to ~10 MW range
- 110 kV
- Medium utility — up to ~50 MW
- 220 kV
- Large utility — 50 MW to hundreds of MW
- 400 kV
- Very large / IPP scale evacuation
Ready to switch on your rooftop?
Send us your electricity bill and a rooftop photograph — we'll come back with a feasibility report, generation estimate and indicative CAPEX within 48 hours.