SOLAR DIVISION
At Tromolom Energies LLP, our solar product portfolio is designed to deliver maximum efficiency, durability, and long-term energy performance across residential, commercial, and industrial applications. We procure and deploy high-quality photovoltaic (PV) modules from leading manufacturers such as Tata Power Solar, Adani Solar, Waaree Energies, and Vikram Solar, ensuring compliance with MNRE guidelines and industry performance standards. Our solar panels are available in advanced monocrystalline and high-wattage configurations, offering superior efficiency, better temperature tolerance, and enhanced low-light performance suitable for diverse Indian climatic conditions.
Beyond modules, we provide complete rooftop and ground-mounted solar system components including precision-engineered mounting structures, DC/AC distribution systems, high-efficiency inverters, safety protection devices, and smart monitoring solutions. Every component is carefully selected to optimize system output, structural stability, and operational lifespan of 25+ years. Our solutions are adaptable for on-grid, off-grid, and hybrid systems, allowing clients to reduce electricity costs, ensure backup reliability, and move toward energy independence.
TYPES OF SOLAR POWER SYSTEMS
ON GRID SOLAR SYSTEM
OFF GRID SOLAR SYSTEM
OFF GRID SOLAR SYSTEM
An On-Grid Solar System is directly connected to the government electricity grid (DISCOM) and does not use batteries. During daytime, solar panels generate DC electricity, the inverter converts it to AC, your home uses what it needs, and excess power is exported to the grid via a net meter. At night, electricity is automatically imported from the grid and recorded by the meter.
Real Example: Mr. Sharma installs a 5 kW on-grid system. Monthly generation: ~650 units. Daytime consumption: 450 units. Exported to grid: 200 units. Imported at night: 150 units. Since exports (200) exceed imports (150), his electricity bill is ¹0, and the extra 50 units carry forward to the next month. However, during a power cut, the system does not work 4 no battery backup.
OFF GRID SOLAR SYSTEM
OFF GRID SOLAR SYSTEM
OFF GRID SOLAR SYSTEM
An Off-Grid Solar System operates independently of the electricity grid, using batteries to store excess solar energy for night-time use and power cuts. It includes solar panels, an off-grid inverter, a battery bank, and a charge controller.
Real Example: Mr. Ramesh installs a 3 kW off-grid system with 4 batteries (150 Ah each). Daily consumption: ~10 units. Daily generation: 12314 units. Daytime use: 8 units, stored in batteries: 436 units. At night, batteries supply ~6 units for 63 8 hours of backup. No net metering or carry-forward 4 but continuous power even during long outages
HYBRID SOLAR SYSTEM
OFF GRID SOLAR SYSTEM
HYBRID SOLAR SYSTEM
A Hybrid Solar System combines the benefits of on-grid and off-grid configurations. It connects to the grid, supports net metering, and includes battery backup. Solar power is used first, excess charges batteries, additional surplus is exported to the grid, and during power cuts, batteries provide seamless backup.
Real Example: Mrs. Verma installs a 5 kW hybrid system with a 5 kWh lithium battery. Monthly consumption: ~650 units. Solar generation: ~700 units. Daytime use: 400 units. Stored in battery: 150 units. Exported: 150 units. The battery provides 436 hours of backup during outages for lights, fans, fridge, Wi-Fi, and TV. Excess exported units reduce the bill, and surplus carries forward per DISCOM policy