Our solar expertise also includes:We can provide: SOLAR POWER PROJECT with FINANCING OPTION from INTERNATIONAL PARTNER.

Full PMC/EPCM services and operations & Site construction services.

Power network services including the study, negotiation, design and implementation of grid connections.

Complete Project Management Consultancy

Program Management and Planning

  • Economic Analyses

Cost Estimates

  • Technology Assessments
  • Site Evaluation and Selection
  • Feasibility Studies
  • Conceptual Design
  • Front-end Engineering and Design
  • Integration and Interconnection
  • Construction Management
  • Permitting and Compliance Monitoring

Solar Products For Villages & Homes

  • Solar Lantern
  • Solar Home Lighting System

Architechture & infrastructure services

  • We do complete DESIGN ENGINEERING & ACHITECHTURE DESIGN services for RESIDENTIAL, COMMERCIAL, INDUSTRIAL Sectors. We have world class design center to have DESIGN for GREEN BUILDING along with ENERGY FOOT PRINT calculation software


Incandescent Lighting

Uses Heat to make light just like SUN LIGHT and CANDLE LIGHT. Incandescent bulbs uses TUNGSTEN FILAMENT , When electricity is applied through filament, the filament heats up to produce light, just like in case of candle. This type of bulbs require lots of electrical energy , 90% of this energy is wasted as heat energy and only 10% is released as light energy. Also intense heat causes faster degradation of filament leading to shorter life span of bulb.

Fluorescent Lighting

Since 1930, Fluorescent Tubes (commonly called TUBE LIGHT) is available, which is still in wide use in residential, commercial and industrial sector. Around 1990, compact fluorescent lamps (commonly called CFL) became available and at present is most commonly used. Fluorescent lighting uses mercury vapor inside the tube. When electricity is applied inside the tube, the mercury vapors emits UV ( Ultra Violet ) radiations, the UV radiations hits the inside surface, coated with phosphor material. The UV radiations causes phosphormaterial to glow, resulting in light. The advantage is they are more energy efficient as compared to Incandescent lamps, but it has a major disadvantage of being environmentally dangerous, due to mercury used. Once it is broken after end of lamp life, the poisonous mercury can enter subsoil water and contaminate the ground water resources as well as earth. Fluorescent light use UV light inside tubes, but small amount of UV radiations escape from tube, and are known to be harmful for SKIN and EYES. These Fluorescent light also been known to FLICKER — long term exposure to light flicker is harmful to eyes.

LED Lighting

LIGHT EMITTING DIODES ( LED ) are being in use since 1960s as small indicator lights. After year 2000, LED Technology , developed more faster, and started replacing traditional lighting. LED use SEMICONDUCTORs to produce light. In addition to being most energy efficient and being cooler, LEDs have an advantage of lasting a very long life. LED Light produce a bluish —White light when electricity is passed through semiconductor . The Fluorescent layer ( Phosphor layer ) changes this bluish — white lightto desired color such as COOL WHITE , NEUTRAL WHITE or WARM WHITE. The LED may have a LENS to obtain a uniform intensity of light at desired beam angle.

Advantages of LED lighting

A) LIFE SPAN   B) Saves Electricity:

Apart from above, since LED technology, is most efficient, it produces less heat and more light per watt of electricity consumed. LED lights reduces the HEAT LOAD resulting in more efficient air conditioning of any space. This will save electrical power consumed by AC.

Development : Experiments during 1950 found that light is produced if electricity is passed through GALLIUM ARSENIDE (semiconductor material). Over the years, impurities such as Nitrides, aluminum, were added by a process called DOPING, to add more free electrons to semiconductor material. After much efforts and huge investments in R&D, carried out by LED majors. Now the development and technology has reached secondary producers in world over, hence reduction in prices.

Solar Power

Solar power plants at a utility-scale are either

  • Concentrating Solar Thermal Power (CSP)
  • Photovoltaic Power (PV)

Our solar power specialists have extensive experience and capability in the full range of commercially available solar technologies.

Mobile Solar Generator is compact Solar PV generator( Upto 15 kw) suitable for backup requirements of residential and small commercial consumption. It enables instant power supply with easy installation. Collapsible structure assembly and portable design makes it easy to transport and install.

Mobile Solar Generators are designed with robust structure to face extreme environmental conditions. The unit is inbuilt with storage capacity to store surplus power which can be utilized during night time.


We are an ISO 9001:2008 company do business of ultra silent 5 kVA to 2250 kVA diesel and gas generators. The 5 and 8 kVA gensets are equipped with world class engines. The 10 - 500 kVA gensets incorporate Indian or imported engines, while the higher capacity range of 750-2250 kVA are equipped with World Class engines. All OUR gensets incorporate super-efficient alternators.