1. Residential Solar PV Systems
We begin with a free site assessment—evaluating rooftop orientation, shading profiles, and structural capacity—to design a custom photovoltaic array.
Our engineers specify Tier 1 monocrystalline panels (3 kW–20 kW) matched with intelligent hybrid inverters for seamless grid‑tie and battery backup.
Professional installation crews handle mounting, wiring, net‑metering approvals, and rooftop safety protocols, ensuring minimal disruption to daily life.
Clients receive a user‑friendly monitoring dashboard—accessible via mobile app—that tracks real‑time generation, consumption, and savings.
Post‑installation, we provide quarterly cleaning and visual inspections, plus firmware upgrades for inverters to adapt to evolving grid requirements.
This turn‑key solution delivers immediate bill reductions and long‑term energy security for your household.
2. Commercial & Industrial Solar Solutions
Our commercial division designs rooftop and ground‑mount systems from 50 kW to 1 MW, optimizing daytime load offset and demand‑charge reduction.
Detailed energy audits evaluate peak‑demand profiles, enabling system sizing that maximizes ROI under corporate tariff structures.
We coordinate net‑metering applications, interconnection studies, and grid‑safety clearances with local DISCOMs and regulatory bodies.
Premium panels (455–550 W) and three‑phase inverters with integrated MPPT trackers deliver high performance under partial shading.
Turn‑key service includes O&M contracts with SCADA monitoring, quarterly performance analytics, and proactive fault alerts.
Businesses benefit from predictable energy costs, improved ESG ratings, and enhanced corporate reputation.
3. Off‑Grid & Hybrid Microgrids
Ideal for remote villages, health clinics, and farm‑base operations, our off‑grid microgrids combine solar panels, LiFePO₄ batteries, and diesel or biogas gensets.
Control systems balance renewable generation, battery state of charge, and backup sources—ensuring uninterrupted power even in prolonged cloudy conditions.
Engineers size battery banks for critical-load autonomy (12–48 hours) based on site‑specific demand analyses.
Hybrid inverters seamlessly switch between solar, storage, and genset inputs, minimizing manual intervention.
We train local operators in maintenance tasks—filter checks, panel cleaning, and BMS calibration—to foster community ownership.
Off‑grid solutions enhance rural development, healthcare access, and agricultural productivity in underserved regions.
4. Agrivoltaics & Solar Water Pumping
Our agrivoltaic designs elevate panels above crop rows—combining shade‑tolerant agriculture (e.g., leafy greens) with energy generation for dual land use.
Structural supports account for soil conditions, crop canopy heights, and farm‑machinery clearances, ensuring seamless integration with planting and harvest cycles.
Solar‑powered water‑pumping systems for irrigation replace diesel pumps, featuring MPPT‑controlled submersible pumps sized to water‑demand curves.
IoT soil‑moisture sensors automate irrigation schedules, optimizing water use and minimizing crop stress.
Farmers receive training on seasonal irrigation planning and remote‑monitoring dashboards.
These solutions deliver food‑energy‑water nexus benefits, boosting yields and incomes while conserving resources.
5. Energy‑Efficiency Audits & Retrofits
Our certified energy auditors conduct on‑site assessments—using thermal imaging and power analyzers—to identify inefficiencies in HVAC, lighting, and process equipment.
We recommend LED retrofits, rooftop insulation, VFD motor drives, and solar‑hot‑water installations with detailed cost‑benefit analyses.
Implementation coordination ensures seamless integration with existing systems, minimizing operational disruptions.
Post‑retrofit verification measures actual energy savings and improved power factors—helping clients claim government incentives.
Annual maintenance verifies continued performance and identifies further optimization opportunities.
Combined with solar generation, these retrofits maximize total energy cost savings and carbon reductions.
6. Battery Storage & Smart‑Home Integration
We offer modular LiFePO₄ battery packs (5 kWh–200 kWh) that store excess solar generation for evening use and emergency backup.
Smart‑energy management systems—integrated with home‑automation platforms—shift non‑critical loads to solar‑rich periods, maximizing self‑consumption.
Real‑time dashboards and AI‑driven load‑forecasting algorithms balance battery‑charging profiles with consumption peaks.
Emergency‑power modules ensure seamless critical‑load transfer during blackouts, protecting refrigerators, medical devices, and security systems.
Our technicians perform annual BMS diagnostics and cell‑balancing services to prolong battery life.
These intelligent storage solutions transform solar installations into fully autonomous, resilient home‑energy systems.