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Home » Products » Monocrystalline Solar Panel » Residential Solar Panel

Residential Solar Panel

Residential Solar Panel
Residential Solar Panel
Product Code : 01
Product Description

Solar Overview

  • Are you aware that installing solar on your location is more inexpensive these than ever before? It will only help you to save money in your future utility bills, but can also benefit an assortment of economic incentives, and lends to an energy economy, which presently believes heavily on fossil fuels.
  • We better know that fossil fuels are becoming more pricey due to the geographical barriers, resource depletion and health hazards (e.g., nuclear plant leaks, oil drilling catastrophes). Solar energy thus, is offering a more and more feasible alternative, and definitely you can be part of this method.
  • One of the most economical modes of harnessing sunlight is through photovoltaic (PV) cells, either located on the roof or free-standing over a room lot or a field.

Here’s an expedited “Solar Power” on how it works:

  • Sunlight strikes the PV cells and makes DC (direct current) power.
  • The DC power is then transmitted to the inverter (generally placed on the side of a house) that changes it into AC (alternating current) power that is what household contrivances use.


The AC power turns from the inverter to an energy metre (mostly on the side of the house). The solar system will feature a separate meter, which measures its production, and the electrical energy is plugged instantly into the utility grid, or it will be utilized in the house itself. In the second case, when the sun is shiny, power yielded from the panels is utilized to power contrivances, and any spare power made from the panels is conveyed back to the grid. When that happens, the power meter actually turns backwards. Nevertheless, at night, when the sun is down and the panels are not making energy, the house pulls energy from the grid and the energy meter then twists forwards.

Five Things to Know Before Going Solar

1. Electricity Savings.

Irrespective of what incentives are accessible, your solar system will save the money of electricity bills. Your system will possibly be grid-tied that means any electricity you make but do not utilize will be sold-out to the electricity grid. Some utility-grade companies provide time-of-use rates that payoffs conservation in the duration of peak hours (during the day time) and intake during off-peak hours, which profits solar system proprietors selling electricity that culminate in production during the day. Moreover, electricity rates are rising across the board, so yielding your personal electricity hedges against further rate gains and improve your ROI.

2. Financing Options

In more and more arenas, leasing institutions are providing financing, which covers most of the upfront expenditures of setting up a solar system. Lease costs rise slowly over time in performance with accrued savings on electricity bills. At the ending of the 10-20 year payment time period, householders normally have the choice to buy the system. Contact us whether these funding alternatives are accessible for you!

3. System Location and Production.

Apparently confining the amount of shade vulnerability to the system is preferable, but the sun doesn’t demand to shine 300+ days a year to sort solar a wise asset. Our solar systems set in the cloudiest and sunniest locations would dissent by only about 20% in electricity yielding. (Our photovoltaic cells really run more expeditiously in Hot and cooler temperatures).
The perfect position to set up solar panels is on a south-facing cover, nevertheless, an east-west designed roof can still make adequate electricity to make it valuable your while to go solar. Also, these panels are typically set up at an angle, either on the roof’s lines or supported up if the roof is flat, to obtain direct sun-rays during peak hours of sunshine.
Our Solar bodies have a 35+ - year life-time and lose just about 0.4% in efficiency after 5th year. The only repair needed is to clean them a twosome times a year to distance dirt. The only portion that needs variation is the inverter but this is not the cause here in our solar power plant. Our inverters run over 25+ years at any expenditure.

4. Economic Incentives

Apart from offering electricity savings, the ROI for your system can amend supported on accessible grants, tax credits, rebates and solar renewable energy credits (SRECs), commonly provided by state energy sections and programs.

5. Blackouts

In the case of a power breakdown, the inverter box that is attached to the grid, acknowledges the outage and mechanically shuts down the system so as to give protection to the maintenance workers fixing the grid. In states with SREC marketplaces (that base SREC provision on electricity generation), small system proprietors can frequently prefer to choose a production figuring designed for the system’s size and position. In the case of an intermission, shut down instrumentality on the production evaluates still receive SRECs!

How Photovoltaic Cells Make Electricity ?

Photovoltaic has its origin from the Greek ph?s meaning “light” and “voltaic”, that means electric, from Volta, an Italian scientist after whom a part of electro-motive power the volt, is titled.

This is how they run:

  • Photovoltaic (PV) cells are incorporated with 2 semi-conductor layers, which are normally made of silicon. One sheet has a positive charge and the another one has a negative one.
  • When a PV cell is uncovered to sunlight the photons (parcels of solar energy) are engrossed by the semi-conductive materials. At this factor, electrons on the negatively charged semi-conductor plane are knocked free from their particles.
  • These liberated electron then move in the direction of positively-charged sheet and when attached to an outer load the electrons flow along the electrical circuit create direct current electricity.


All cells can produce about 3.5-3.75 watts.

  • The cells are packaged in a protected package titled as solar module (or panel) and every compartment is made up of just about 96 cells.
  • Modules we connected together, can be attached to up to various thousand other modules that is called an array.
  • Once an arrangement of modules is set up on the roof they will proceed to make cleaned renewable energy for a good 35+ years.



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65/1, Nethagi Nagar, Therkukadu, Attur, Salem - 636108, Tamil Nadu, India
Mr. J. Padmanaban (Managing Director)

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