PV, short for Photovoltaic, derives its name from the process of converting light (‘photo’) directly into electricity (‘voltaic’). Simply put, a Solar PV system is a power station that generates electricity from sunlight.

The main components of a Solar PV system are:

• Solar Panels/Modules: Solar panels consist of a group of small cells made from semiconductor material. When the sun’s light falls on the modules, it excites
• Storage Battery: The best use of solar energy is to consume it while it is being generated. If the requirement is to store this power and consume it in the
• Solar Inverter: The DC electricity goes into an inverter that converts it into alternating current (AC). We use AC for running our household or office or factory equipment.

Most panel manufacturers give warranty of 25 years, however, there have been plants in operations for 30 years as well.

Why On-Grid:

Areas that get good and reliable power supply, but expensive electricity bill should go for grid-tie solar. Grid-tie solar is particularly good for establishments that function during the day such as schools and offices because they operate during the sunshine hours.

They can generate and use all the electricity they need with grid-tie solar. States where net-metering policy has been implemented should also think about grid-tie solar because they can get paid for selling solar electricity back to the grid.

Why Off-Grid:

A typical off-grid solar installation consists of solar panels, solar inverter, charge controller and battery. When sunlight falls on solar panels, they generate DC electricity. This goes to the inverter to get converted into usable AC electricity to power the connected load. Surplus DC gets stored in battery for future use.

The solar inverter has an inbuilt solar charge controller which is connected to the battery. It makes sure that right amount of voltage and current are delivered to charge the battery. Solar panels can sometime generate very high amount of voltage which can be harmful for the battery. They also prevent backflow of current from battery to solar panel during nighttime.

You should go with off grid when you face electricity problems & having no grid connections.

Why Hybrid:

Hybrid solar system contains On-Grid with battery backup system using batteries and inverters. This solar type is suitable for:

• If you get higher electricity bills along with higher power outages.
• If you think a backup battery option would fulfil your power requirements.
• Using excess power generated can be used at night, considering the higher consumption.

Solar power is much cheaper than the power from grid and diesel generators. Today average cost of power from solar is Rs. 4.5-5 per kWh (For commercial and Industrial segments) while the average cost of power from the grid is Rs. 7 per kWh and Rs 16 per kWh from a diesel generator. (A litre of diesel generates around 3-4 kWh).

For a home system, the price is estimated at 60,000 to 80,000 Rupees per KW.

Commercial and industrial setups have a better price per KW and better returns because of the economies of scale.

Solar energy users will experience savings in relation to their electric expenses immediately. Users most often recuperate their investment within 3 to 4 years, depending on investment amount, system size, subsidies involved, and other location-specific factors.

It can range between 2-10 weeks depending on the complexity of the project

If your roof does not have any shade from adjacent buildings, trees etc., and its structure is not delicate then your roof is suitable for installation of solar plant. Solar plants can also be installed in car parks, open shade ground within your premises by erecting special mounting structures.

A proper evaluation will be done by Megamax Solar to see if the solar plant can be set up on your roof.

Not at all. Megamax Solar uses roof-friendly systems and non-invasive techniques to mount the solar panels. A structural assessment allows Megamax Solar to provide professional mounting that does not cause damage to your property.

Not much. Maintenance entails cleaning and an annual checkup. With Megamax Solar Annual Maintenance Contracts (AMC), you receive routine checks ensuring your system functions optimally and without problems.

Panels have performance warranties for 25 years. Inverters, mounting structures, and workmanship are usually covered for 4-8 years. With Megamax Solar, you get post-installation support, which helps you rest easy.

Solar AMC (Annual Maintenance Contract) is a service that ensures regular maintenance and repair of solar panels to maintain their efficiency and lifespan.

Solar AMC is necessary to maintain solar panel efficiency, extend lifespan, prevent unexpected breakdowns, and ensure optimal performance.

During Solar AMC, services typically include regular inspection and cleaning, performance monitoring, repair and replacement of faulty components, and technical support.

Solar AMC cost depends on system size and complexity, service provider rates, and contract duration.

Benefits of Solar AMC include cost savings on repairs, reduced downtime, and increased system lifespan.

Yes, Solar AMC can help reduce energy losses by ensuring optimal performance of solar panels.

Yes, we at Megamax Solar provide customizable Solar AMC plans to suit specific customer needs.