Solar Systems | Kutuss Design Lab (Pvt) Ltd

Main Components of an Off-grid System

These components are essential for the system to function correctly:

Captures sunlight and generates Direct Current (DC) electricity.

Controls the electricity coming from panels and safely charges the batteries.

Stores electricity to be used during the night or rainy days.

Converts the DC electricity in batteries into AC electricity needed for home appliances.

Functionality

Solar panels generate electricity. A portion is used to run home appliances, and the rest charges the batteries.

Since there is no sunlight, the electricity stored in batteries is used for the house through the inverter.

No Electricity Bill: You are completely independent, so there is no need to pay the electricity board.
No Power Cuts: Even if the main power is disconnected, your home continues to have electricity.
Ideal for Remote Areas: The most cost-effective solution for places without main power lines.

Our Services

The main services provided by Kutuss Design Lab (Pvt) Ltd are listed below.

Custom designing 12V, 24V, and 48V battery packs using LiFePo4, Nissan Leaf Modules, and Li-Ion based on your needs.

Designing durable and safe battery packs for electric bicycles and motorcycles.

Designing power backup systems that provide uninterrupted electricity during power outages.

Accurately calculating and designing Off-grid systems required for your home or business.

Guide

It's crucial to choose the right solar system based on the number of units used at home.

1

First, check your monthly electricity bill. It states the total units used per month.

Formula: Monthly Units ÷ 30 = Units used per day.
For example: If you use 150 units a month, you need 5 units a day (150/30).

2

In Sri Lanka, a 1kW solar system can generally produce 3.5 to 4 units a day.