Premium Components

THE HEART OF YOUR SYSTEM.

A solar plant is only as reliable as its weakest component. That's why we exclusively use Tier-1, bankable equipment engineered to perform for decades.

Solar Panels

High-efficiency monocrystalline and PERC modules from global Tier-1 manufacturers.

Bifacial Modules
Half-Cut Cell Tech
High Wattage Series

Inverters

Intelligent string and hybrid inverters to convert and manage your power efficiently.

String Inverters
Microinverters
Hybrid Inverters

Energy Storage

Advanced Lithium-ion (LiFePO4) battery systems for reliable backup and peak shaving.

Residential Batteries
Commercial Storage Racks
BMS Systems

Choose Your Solar Setup

Home solar panel solutions are categorized by how they connect to the utility grid, resulting in three primary setups.

Comparison of Home Solar Solutions

Feature	On-Grid System	Off-Grid System	Hybrid System
Grid Connection	Connected to utility grid	Completely disconnected	Connected to utility grid
Battery Storage	No	Yes (Required)	Yes (Required)
Power During Outages	No (Shuts down for safety)	Yes	Yes
Excess Power Usage	Sent to grid (Net Metering)	Wasted if batteries are full	Sent to grid or stored
Upfront Cost	Lowest cost	High cost	Highest cost

1. On-Grid

Grid-Tied

This is the most common and cost-effective system for urban homes with reliable power grids.

How it works:Your solar panels power your home directly. If they produce more energy than you need, the excess is sent to the government grid via Net Metering, giving you power credits.

Pros:Lowest initial investment, highest return on investment, and zero battery maintenance.

Cons:If the power grid goes down, your solar system automatically shuts off to protect utility workers. You will experience blackouts during power cuts.

2. Off-Grid

Stand-Alone

This system is completely independent of the power company and relies entirely on battery storage.

How it works:Panels power the home and charge a massive battery bank during the day. At night, the home draws power exclusively from the batteries.

Pros:Total energy independence. Ideal for remote rural areas, farmhouses, or zones with frequent, long power cuts.

Cons:Expensive due to the heavy battery bank. Batteries need replacement every 5 to 15 years depending on the type.

Ultimate

3. Hybrid

The Best of Both

This setup combines the best of both worlds by connecting to the grid while utilizing a battery backup.

How it works:It prioritizes powering your home first, charging your batteries second, and exporting excess electricity to the grid third.

Pros:Continuous power during grid outages, lower electricity bills through net metering, and flexibility to manage power usage.

Cons:High upfront cost because you must buy both a specialized hybrid inverter and a battery bank.

Modern Tech Variations

When choosing your panels, you will also encounter these specific technical solutions designed to maximize efficiency and reliability.

Bifacial Solar Panels

Panels that generate power from both sides by absorbing reflected light from your roof floor, increasing efficiency by up to 20%.

Microinverter Systems

Instead of one large central inverter, a tiny inverter is attached to every individual panel. This ensures that if one panel is blocked by a shadow, the rest of the system still runs at 100% capacity.

Factors to Consider

1 Energy LoadCalculate total household watt-hours consumed daily by appliances.
2 Roof Space & ShadowCheck shadow-free square footage and structural load capacity.
3 System TypeChoose between On-Grid (tied to utility), Off-Grid (independent with batteries), or Hybrid.
4 Location & Tilt AngleOptimize direction (South-facing in India) and tilt based on latitude.
5 Net Metering & ApprovalsCheck local DISCOM rules for grid synchronization and subsidies.
6 Budget & QualityBalance tier-1 component lifespans against upfront investment.

Complete Equipment List

Major Core Hardware

Solar Panels: Photovoltaic modules (Monocrystalline, Bifacial, or TOPCon) to capture sunlight.
Solar Inverter: Converts direct current (DC) into alternating current (AC) for home use (On-grid, Off-grid, or Hybrid).
Solar Batteries: Deep-cycle or Lithium-ion storage bank (required only for Off-grid or Hybrid systems).
Charge Controller: MPPT or PWM unit to regulate voltage going into batteries.

Mounting & Structural Items

Mounting Rails/Racks: Hot-dip galvanized iron (GI) or aluminum frames.
L-Feet and Clamps: Mid clamps and end clamps to lock panels onto rails.
Fasteners & Hardware: Stainless steel nuts, bolts, washers, and spring washers.

Safety & Protection Boxes

DC Distribution Box (DCDB): Houses DC Miniature Circuit Breakers (MCB) and Surge Protection Devices (SPD) from panels.
AC Distribution Box (ACDB): Houses AC MCBs, isolators, and SPDs between the inverter and home load.
Lightning Arrester (LA): Copper or galvanized rod to protect the array from lightning strikes.

Cabling & Accessories

DC & AC Cables: UV-resistant DC cables and flexible AC cables for grid connection.
MC4 Connectors: Waterproof plug connectors for secure panel-to-inverter wiring.
Earthing Kits: Copper-bonded earthing rods and green earthing wire.
Metering & Monitoring: Bi-directional net meter and Wi-Fi data logger for phone app tracking.