Solar Packages
Household Solar Packages
A home solar system must provide enough electric energy to fulfil all the power requirements of a home. It should also be capable of providing AC power as traditionally all homes use AC power to operate lighting systems, gadgets, appliances and equipment such as computers, refrigerators, mixers, fans, air conditioners, TVs and music systems. The current contribution of solar power generation in India can be seen below:
Essential Elements of a Home Solar System
A home solar power plant comprises several elements which are as follows:
- It requires the adequate number of solar panels to absorb as much solar energy as possible. When exposed to direct sunlight a typical home solar panel produces about 300 watts in one hour which means that in a normal day during summer, comprising 10 hours of sunlight, it can produce around 3000 watts or 3 kWh per day. This could vary depending on the number of hours of sunshine received during the day.
- The system requires a battery which can be charged by the solar power generated and also can store electric power to be used in the night. Batteries are typically used in off-grid systems.
- The system needs an inverter to convert the DC power generated to AC power so that it can be used by the appliances or devices in the home.
- The entire home solar power system is interconnected with adequate and appropriate cabling and wiring to channelize the energy into a usable form.
The Working of a Home Solar System
When sunlight falls on the solar panels it gets absorbed by the PV cells and the silicon semiconductors in the cells convert the solar energy into electric energy through the PV effect. This electric energy is in the form of DC power which can directly charge the battery. The DC power in the battery is sent to an inverter which converts it into AC power. This AC power is now sent to the mains in the home which in turn can power all necessary applications
| PACKAGE | FEATURES | SPEC | BROCHURE |
|---|---|---|---|
| SBH 300P Solar Backup for Medium Homes-850VA |
1. Pure sine wave 2. Inteligent Solar Optimization Technology 3. PWM Solar Charge Controller with Solar Priority |
1. 300 W, PV panels (3 X 100 W ) expandable upto 500W 2. 850 VA inverter 12 V DC 3. 100 AH C10 Battery 4. Frame and Fastners 5. Combiner Box and DC Cables - 24 Meters 6. Weather Proof Connectors |
|
| SBH 500P Solar Backup for Medium Homes-1500VA |
1. Pure sine wave 2. Inteligent Solar Optimization Technology 3. PWM Solar Charge Controller with Solar Priority |
1. 500 W, PV panels (2 X 250 W ) expandable upto 1000W 2. 1500 VA inverter 24 V DC 3. 2 X 100 AH C10 Batteries 4. Frame and Fastners 5. Combiner Box and DC Cables - 24 Meters 6. Weather Proof Connectors |
|
| SBH 750P Solar Backup for Medium Homes-1500VA |
1. Pure sine wave 2. Inteligent Solar Optimization Technology 3. PWM Solar Charge Controller with Solar Priority 4. Thermal Protection 5. Surge and Transient Voltage Protection |
1. 750 W, PV panels (3 X 250 W ) expandable upto 1000W 2. 1500 VA inverter 24 V DC 3. 2 X 150 AH C10 Batteries 4. Frame and Fastners 5. Combiner Box and Solar Cables - 24 Meters 6. Weather Proof Connectors |
|
| SBH 1000P Solar Backup for Medium Homes-2000VA |
1. Pure sine wave 2. Inteligent Solar Optimization Technology 3. PWM Solar Charge Controller with Solar Priority 4. Thermal Protection 5. Surge and Transient Voltage Protection |
1. 1000 W, PV panels (4 X 250 W ) expandable upto 1200W 2. 2000 VA inverter 24/48 V DC 3. 4 X 150 AH C10 Batteries 4. Frame and Fastners 5. Combiner Box and Solar Cables - 24 Meters 6. Weather Proof Connectors |
Solar Panel Complete Installation Procedure for OFF/Hybrid Grid
The mounting structure provides the base for the entire solar system so make sure it is sturdy and properly fastened to the rooftops of your house or commercial establishment. A typical mounting structure is made up of aluminium. The performance of the solar panels depends upon the direction in which these panels are placed.
Once the solar structure is fixed accurately, we will connect it with solar modules. We should ensure that all nuts and bolts of solar modules are fixed with solar structure so that it is properly secured and lasts long.
MC4 connectors are used as string connection in solar panels. These are universal connectors and can be connected with any type of solar panels. The solar array wiring becomes simpler and faster using MC4 connectors.
The backside of an inverter is where solar panel wire is connected. Connect the positive wire from the solar panel with the positive inverter terminal and the negative wire with negative terminal of the inverter.
In an off grid solar system, Battery is mandatory where it is used to store power backup. This battery is connected with solar inverter to recharge it with solar panel and grid. The positive terminal of the battery is connected with the positive of the inverter and vice versa.
In order to connect the inverter to the grid simply plug it in in the main power switch board, so that it gets power from the grid. The output wire is also connected with board that is supplying electricity in home.
After all the connections are done, switch on the mains. There is a digital display which shows the total solar unit generated during the day, what is supply volt and current (amp) from solar panel.