Our company has knowledge base and expertise in setting up efficient and durable solar power plants lasting  well beyond 25 years. We know different pit falls commonly committed by different solar plant developers.  A well designed and rightly executed solar plant increases its life performance, generating and supplying more electricity and thus increasing its  value.  Company is currently focusing on Engineering, Procurement and Construction (EPC) of small roof top residential solar power (1-10 KWp) plants , medium level commercial and industrial solar power (10 to few 100 KWp) plants, utility scale power plants, manufacturing, assembly and supply of home lighting systems, street lighting, solar based irrigation pumps and similar lighting products at reasonable price. We also provide consultancy services in monitoring and performance assessment of solar plants and green buildings ratings. On social front, we like to collaborate with schools, colleges, societies, NGOs to educate and propagate solar energy, green buildings and its  long run benefits on environment.

EPC (Engineering, Procurement and Construction)

Detail Engineering Design of Solar plant

This includes client’s requirement analysis, site survey, weather monitoring, structural design, power generation capacity determination, selection of equipment, engineering design, and 3D modelling of the proposed solar power plant.

Procurement of the Equipment

Procurement of the  equipment and parts required for solar PV plant from local and global manufacturers, freeing the client from the hassle of finding the right supplier.

Solar Plant Construction

The solar power plant construction activity involves manufacturing of mounting structures, fixing the mounting structures on roofs and then mounting solar PV panels, DC/AC distribution boards, setting up of solar power monitoring system, metering/net metering and other accessories and finally connecting to the client’s existing Electricity Board power supply system.


The building blocks of solar power plants are cells, modules, arrays of modules forming strings, DC to AC converter called inverters and then  Distribution Board (DB) interfacing solar system with grid supply system. The solar system are not one time rigged and forget kind of power generating source as is often believed. It does not need very large maintenance efforts like coal and other electricity generating plants, but still requires a minimum care of cleaning the modules and monitoring and maintaining its performance. A single cell, module or connection going bad, means the whole string power generation is stopped and plant will underperform.  The defects need to be quickly rectified as to avoid power losses. Hence, big solar power plants need comprehensive monitoring of its power, energy and solar insolation. Performance ratios of more than 80% and higher Capacity Utilization Factor (CUF, 18-19%) are desired. We can help set up comprehensive performance monitoring and also provide third party independent performance analysis of solar power plants and help increase its power output.


We have developed silicon detectors, high voltage transistors, polymer solar cells, organic light emitting diodes and its arrays. Processes for fabricating and growing excellent qualities thin films of transparent conducting oxides of Indium Tin Oxide, Zn Oxide, polymer and organic thin films have been developed. Basic polymer and organic materials have also been synthesized. We provide consultancy services  to interested parties for setting up industry in these areas. 


Green buildings can save up to 40% of their energy requirements, which directly translates into cost savings for the customers and less load for the utility companies. Various state governments have incentivized rating systems like GRIHA, IGBC, & LEED and mandated ECBC Code to make the building infrastructure sustainable.

We provide comprehensive Energy Assessment with feasible ECMs (Energy Conservation Measures) for the proposed building. This protocol helps the project stakeholders to assess the potential energy saving opportunities the project can have. Finally, number of credit points with respect to benchmarks or baselines defined by the rating systems can be estimated through this parametric runs. We use DOE (Department of Energy) approved software i.e. IES, eQUEST, EnergyPlus for Energy Simulation.