End-to-end technical delivery, from feasibility to long-term operations.
Six structured capabilities, one engineering-first mandate. Every project follows our seven-stage delivery model — bankable, technically sound, and delivered on schedule.
Utility-Scale Solar PV
Grid-tied and hybrid solar generation from 4MW to 50MW+, engineered from feasibility through commissioning.
Generation Capacity
- Utility-Scale Projects (4MW – 50MW+)
- Commercial & Industrial rooftop
- Grid-tied and hybrid architectures
- High-yield energy assessment
Advanced Technology
- Tier-1 Monocrystalline PERC modules
- Bifacial module integration
- Single-axis tracking systems
- String and central inverter solutions
Battery Energy Storage (BESS)
LFP-based containerized energy storage from 1MWh to 100MWh+ — designed for grid stability, peak shaving, and renewable integration.
LFP Technology
- Lithium-Iron Phosphate chemistry
- Maximum safety and thermal stability
- 6,000+ charge/discharge cycles
- Long asset life for utility scale
Scalable Deployments
- 20ft / 40ft containerized outdoor units
- 1MWh to 100MWh+ utility scale
- Integrated EMS/PMS
- Real-time monitoring and load balancing
Hybrid Power Inverters
High-efficiency Solar PV + Lithium storage + intelligent hybrid controls that prioritise the cheapest energy source available.
Residential & C&I Hybrid
- 3kW / 4.8kWh up to 20kW / 235kWh residential
- Single-phase and three-phase configurations
- Deye and GoodWe hybrid inverters
- Lithium-ion battery modules
Commercial & Industrial
- 25 – 125kW hybrid inverters
- Up to 12/15 MPPTs per unit
- Grid, generator and PV coupling
- Full load AC output support
Solar Hybrid Systems for Telecom
Reliable hybrid power for remote telecommunication systems, reducing diesel dependency, LCOE, and carbon footprint.
System Architecture
- High-efficiency Solar PV modules
- Lithium-Ion storage for deep cycling
- Efficient hybrid controls & priority algorithms
- Suitable for off-grid and unreliable-grid sites
Operational Benefits
- Reduced Levelized Cost of Electricity
- Lower total cost of ownership
- High round-trip efficiency
- Better temperature resistance
EPC Implementation
Full civil, mechanical and electrical engineering, procurement, and construction — including MV interconnection and substation design.
EPC Implementation
- Civil works and mechanical installation
- Electrical integration on site
- Testing, commissioning & grid synchronization
- Safety and performance verification
Operations & Maintenance
Long-term performance guaranteed through 24/7 remote monitoring, preventive maintenance, and structured asset management.
Monitoring
- 24/7 real-time remote monitoring
- Performance verification
- Predictive maintenance analytics
- SCADA and EMS integration
Asset Management
- Preventive maintenance schedules
- Spare parts and logistics management
- Warranty and performance reporting
- Long-term generation optimization
Engineering Delivery Model.
From site selection to 24/7 operations — one accountable engineering process.
- 01Project Identification
Site selection, preliminary feasibility, and regulatory assessment.
- 02Technical Study
Solar resource assessment, geotechnical surveys, and grid impact studies.
- 03Detailed Engineering
Full electrical & civil design, BESS sizing, and component specification.
- 04Procurement
Tier-1 sourcing from partners and logistics management.
- 05EPC Implementation
Civil works, mechanical installation, and electrical integration.
- 06Testing & Commissioning
Performance verification, grid synchronization, and safety testing.
- 07Operations & Maintenance
24/7 monitoring, preventive maintenance, and asset management.
- ✓Performance Verification
Long-term generation reporting and continuous optimization.
Have a project in mind?
Our engineering team will respond within 48 hours.