A complete EPC capability stack.
From feasibility to long-term operations — six integrated services covering the full lifecycle of commercial and industrial energy infrastructure.
Solar EPC
Engineered photovoltaic infrastructure.
- Rooftop solar systems
- Ground-mounted plants
- Utility-scale projects
- Turnkey delivery
Battery Energy Storage
Lithium and hybrid storage architectures.
- Lithium battery systems
- Hybrid grid-tied systems
- Backup integration
- Load shifting & peak shaving
Generator Systems
Industrial standby and hybrid backup.
- Diesel generators
- ATS integration
- Hybrid solar-diesel
- Industrial standby systems
Solar Pumping
Off-grid power for water infrastructure.
- Irrigation power
- Agricultural pumping
- Borehole systems
- VSD pump integration
Operations & Maintenance
Long-term performance and uptime support.
- Remote monitoring
- Preventative maintenance
- Fault response
- SLA-backed support
Energy Advisory
Bankable studies and engineering analysis.
- Feasibility studies
- Energy modelling
- Technical due diligence
- Grid integration
Questions about our energy solutions.
Technical and practical answers from our engineering team.
EPC stands for Engineering, Procurement and Construction. A solar EPC contractor like Genking handles the entire project lifecycle — from system design and equipment sourcing to installation and commissioning — delivering a turnkey solution. This ensures quality control, accountability and a single point of contact.
Yes. We specialise in hybrid solar-diesel systems that reduce fuel consumption while maintaining backup reliability. Our engineering team designs ATS (Automatic Transfer Switch) integration to seamlessly manage power transitions between solar, battery and generator sources.
We primarily deploy lithium iron phosphate (LiFePO4) battery systems for their longevity, safety and performance characteristics. We also work with hybrid inverter platforms from leading manufacturers to support both grid-tied and off-grid configurations.
Absolutely. Our Operations & Maintenance division offers comprehensive SLA-backed support including remote performance monitoring, scheduled preventative maintenance, rapid fault response and system optimisation to maximise your energy yield over the system's lifetime.
Timelines vary by project scale. A typical 60–100 kW commercial rooftop system takes 4–8 weeks from design approval to commissioning. Larger multi-hundred kW systems may take 8–16 weeks depending on structural requirements and grid connection approvals.