Introduction:

Grid quality power in environmental friendly manner in Integrated Combined Cycle Mode.

SPV Applications for individual households.

Power Generation through Solar PhotoVoltaic route or Solar Concentrating System in grid interactive mode.

Solar power in decentralised stand alone mode.

SOLAR POWER

ADVANTAGES OF SOLAR POWER

Solar power from SPV system and solar concentrating system is produced in environmental friendly manner.

Does not generate any waste or pollution.

Meets the energy requirement in domestic sector in decentralized manner quite efficiently.

Best suited for off grid application in stand alone mode.

India is blessed with abundant solar insulation for about 250 days in an year.

Potential source for exploitation.

Most efficient when operates in integrated mode.

CURRENT APPLICATIONS

SPV systems used for innovation applications such as wireless communication in defence.

SPV systems has become a major source for smaller applications for street lightings, schools, television, radio, hospitals, agricultural drying, pumping water.

SPV power plants to meet domestic electrical energy needs in rural areas.

Rural Solar Photovoltaic Applications

Solar Home Systems

Solar Lanterns

Solar Street Lighting Systems

Stand Alone Power Plants

Grid Interactive Solar Power Plants

MAJOR INITIATIVES OF MNRE GOVT. OF INDIA

Solar Photovoltaic Systems for individual houses.

Promotion of Solar Photovoltaic systems in Urban areas.

Solar Water Pumping System to support agriculture.

Urban Solar Cities Programs.

Solar Cooker & Solar hot water systems.

Our Products

SOLAR LANTERN (CFL & LED BASED)SOLAR FAN SOLAR HOME LIGHTING SYSTEMS ( CFL & LED BASED) SOLAR STREET LIGHTING SYSTEMS( CFL & LED BASED & LOW PRESSURE

SODIUM VAPOUR LAMP BASED) SOLAR COMMUNITY LIGHT SOLAR POWER PLANT SOLAR POWER PACKS SOLAR UPS SYSTEM INVERTER FOR SOLAR PV APPLICATION SOLAR CHARGE REGULATORS SOLAR WATER HEATING SYSTEMS SOLAR BATTERIES FOR PV APPLICATION

SOLAR LANTERN (CFL BASED) (LED BASED)

Solar Powered Lantern is a portable light source like a traditional lantern which gives omni-directional pure white light. This solar powered lantern consists of a solar photovoltaic module, sealed maintenance free (SMF) lead acid battery, charge controller and DC-AC inverter for lighting the Compact Fluorescent Lamp (CF Lamp).

*The hows & whys of solar lights

SOLAR FAN

A solar fan is more environmentally friendly. It does not use power from the utility grid and may provide savings

up to 30 percent on air conditioning costs.[2] Risk of electric accidents are eliminated as there are no electric

cords attached to the solar fan. Another great benefit of having a cordless appliance is that it has

much more mobility compared to conventional fans

SOLAR HOME LIGHTING SYSTEM

Solar Street Light

PV power street light contribute to the safety, security and general standard of living in remote areas all over the world.

So through this we can save coal & hydro electricity which can be used for other purpose.

SOLAR COMMUNITY LIGHT

Low energy costs. Little maintenance. They last for a long time and require little attention

once installed. No emissions. Solar lighting does not contribute to global warming in any

way. Renewable resource. With solar lighting there is no risk of electrocution and the lights are cool to

the touch, making them safe for children and pets. Solar lights continue working even if there has been a power outage. You can use solar lighting to light homes, cabins, or RVs in remote

locations.

SOLAR POWER PLANT

Solar power is the conversion of sunlight into electricity, either directly using photovoltaics (PV), or indirectly using concentrated solar power (CSP). Concentrated solar power systems use lenses or mirrors and tracking systems to focus a large area of sunlight into a small beam. Photovoltaics convert light into electric current using the photoelectric effect.Commercial concentrated solar power plants were first developed in the 1980s.

SOLAR POWER PACKS

SOLAR UPS SYSTEM

INVERTER FOR SOLAR PV APPLICATION

A solar inverter, or PV inverter, converts the variable direct current output of a photovoltaic (PV) solar panel into a utility frequency alternating current that can be fed into a commercial electrical grid or used by a local, off-grid electrical network. It is a critical component in a photovoltaic system, allowing the use of ordinary commercial appliances. Solar inverters have special functions adapted for use with photovoltaic arrays, including maximum power point tracking and anti-islanding protection.

SOLAR CHARGE REGULATORS

A solar regulator, or charge controller, is most often used with off grid wind and solar power systems. The role of a solar regulator is to control the amount of charge from a solar panel or wind turbine into a deep cycle battery bank.

SOLAR WATER HEATING SYSTEM

Economical & Eco friendly Easy to install Needs small investment Return of investment within 3- ‐4 years No electricity/gas requirement Safe  and  simple  to  use Long  life  span  Uninterrupted  source  of  water  heating Shock  proof  Near  zero  maintenance Saves  up  to  1500  units  of  electricity  in  a  year

SOLAR BATTERY FOR PV APPLICATION

Batteries accumulate excess energy created by PV system and store it to be used at night or when there is no other energy input. Batteries can discharge rapidly and yield more current that the charging source can produce by itself, so pumps or motors can be run intermittently.

Targeted Areas of Implementation

Individual Residential & Apartment Buildings.Restaurant & Canteens.Guest Houses, lodges,hotels & hostels.Hospitals & Nursing Homes.Boiler Feed Water for Commercial & Industrial

Applications.Textile Industry.Food Processing Industry.

FUTURE SCOPE OF SOLAR ENERGY

In the 21st century, solar power has already become a small part of daily life. From solar heated swimming pools to solar powered homes, some examples already exist to show the useful application of the clean, safe, sustainable power of the sun. Yet many wonder if small applications will be all solar power is capable of handling. Certainly, the difficulties of large solar plants are many, although many experts continue to insist that the future of solar energy is quite sunny.

According to some experts, the sun is our best source of renewable, clean energy. Some estimate that the sun can produce 10,000 times as much energy as the Earth uses at the turn of the 21st century. The future of solar energy depends mostly on how it is applied, rather than whether it would be enough energy to be a viable world power source.

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