Green Power to empower millions of people – from darkness to light.

Microfinance is an innovative banking system that provides small loans to poor people (often women) to help them start their own businesses and gradually work their way out of poverty.

In remote parts of the Indian subcontinent...through small loans for solar powered devices, microfinance is bringing light...where a lack of electricity has stymied economic development, literacy rates and health.."They have increased their productivity, improved their health and socio-economic status.

Green Energy for Empowering Rural India: Almost all developing countries have enormous solar power potential — most of Africa, for example, has around 325 days of strong sunlight a year, delivering, on average, more than 6 kWh energy per square meter a day And yet the countries that receive the most solar energy are often also the ones least able to benefit from it, due to a lack of knowledge and capacity to harness solar power and convert it into electricity

In developing countries the percentage of households which have no access to electricity is more significant. Most of those lacking access live in rural or per-urban areas. Solar photovoltaic (PV) cell designed to convert light into electricity is often used to cover the electricity need of household.
Solar power and other renewable energy sources are seeing technological advances that are making them cost effective. Rapid growth is projected. Solar the Photovoltaic Energy is part of Rural Revolution in the rural areas where grid power is not yet reached. In India Solar Photovoltaic System is successfully installed in large number of villages.

A household can generate most of the electricity they need with photovoltaic cells on their rooftops. If there isn't enough sunlight at times, electricity can be stored in batteries for cloudy days.

Who uses it?

Solar the Photovoltaic Energy is part of Rural Revolution in the rural areas where grid power is not yet reached. In India Solar Photovoltaic System is successfully installed in large number of villages.

A household can generate most of the electricity they need with photovoltaic cells on their rooftops. If there isn't enough sunlight at times, electricity can be stored in batteries for cloudy days.

Solar water heating systems pay for themselves in three to five years. The technological challenge we face is to find ways to make solar technologies affordable for everyone.

The SPV system consists of an 800/860 WP (weather permitting) photovoltaic arrangement, a permanent DC magnet motor-driven floating pump which can pump water from a depth of eight meters through the optimum of 6.5 meters. It can ideally function in a wide-mouth well with a flow rate of 70,000 liters a day. The photovoltaic modules on the solar panel capture energy from the sun and convert it into electricity. The panel is connected to the pump via a plug so that the farmer finds it easy to use. The system works as long as there is sunshine. For example in In South India, the sun is of course plentiful.

Solar home systems

The most common solar PV system in rural settings is the solar home system, made up of a solar panel, connected to a battery and charge controller. It usually includes at least one light and a socket to power other electrical equipment such as radios, televisions or mobile phone chargers