PV Engineering & EPC
Rooftop, ground-mounted and carports — feasibility, design, EPC and commissioning.
Integrated clean energy systems — from PV generation to battery storage and energy optimization. One standard, multiple geographies.
We design, build and operate solar and hybrid systems that reduce costs, emissions and dependency on the grid — with replicable standards across continents.
Rooftop, ground-mounted and carports — feasibility, design, EPC and commissioning.
Peak shaving, arbitrage, backup and microgrids — Li-ion and flow technologies.
Energy Management for PV + BESS + grid — tariffs, load, and charge/discharge strategy.
Commercial & Industrial solar — from feasibility to commissioning and performance KPIs.
Yield modeling (PVsyst), CAPEX/OPEX, procurement and construction with HSE.
On-site/off-site PPAs and subscription models with bankable contracts.
IEC, UL, ISO and grid-code alignment; QA/QC and commissioning protocols.
Store solar energy to stabilize operations, reduce costs and unlock new revenue streams.
Cut demand charges by discharging during peaks and charging off-peak.
Time-of-use optimization to capture price spreads and improve payback.
Resilience for critical loads and seamless islanding with PV + grid.
Integration with leading Li-ion (LFP/NMC) and flow batteries; PCS, BMS, fire safety.
CAPEX, leasing or energy-as-a-service — aligned with customer cash flow.
Unified control for PV + BESS + grid, with load forecasting, tariff logic and dispatch optimization.
Rule-based and AI-assisted strategies for charge/discharge and PV curtailment.
Open protocols and API integrations with inverters, meters and utility interfaces.
Dashboards, alarms and ESG-ready reports for savings and avoided emissions.
A single partner delivering generation, storage and management — financial efficiency and resilience.
Lower energy bills, demand charge reduction, improved payback through arbitrage and incentives.
Stability for critical loads, power quality and optional backup/microgrid operation.
ESG alignment (SDGs 7 & 13), decarbonization targets and corporate energy independence.
Modular design from pilot to portfolio, replicable standards across regions.
From free diagnosis to commissioning — with transparent milestones and SLAs.
Load profiles, tariffs, sites and business case. Documented proposal.
Executive design, grid studies, standards and approvals.
Premium equipment, vetted installers and HSE procedures.
QA/QC, FAT/SAT, performance tests and handover.
Monitoring, alarms, reporting and EMS tuning.
A few examples — replace with your real references when ready.
PV + BESS 500 kWh — peak shaving and backup for manufacturing site.
Solar parking integrated with fast EV charging and EMS control.
PV + BESS 2 MWh — resilient operations for logistics hub.
Key questions about Solar & BESS deployments.
Depends on tariffs, load profile and incentives. Many C&I projects see 3–6 years with the right TOU and demand charge structure.
Yes. With proper EMS and transfer equipment, critical loads can be supplied during grid failures.
Primarily Li-ion (LFP/NMC) and select flow batteries, depending on duty cycle and site constraints.
Yes — on-site and off-site models, including subscription and shared generation where applicable.
From feasibility to operations — one partner, unified standards.