OUR PROCESS FOR SOLAR PROJECT EXECUTION
Load Assessment	Load Assessment for light loads and heavy loads of the building or industry in order to calculate the system capacity required.
Prefeasibility Study	Prefeasibility Study of the available area to analyze system capacity possible and testing structure and climatic parameters for stability to support the module load, shading and grid accessibility connectivity.
Vendor Finalization	Vendor Finalization for equipment’s required all through the project along with qualified civil and Electrical contractors.
Project Planning	Project Planning including preparation of detailed engineering drawings, project execution plant, system sizing and plant lay out.
Delivery of Equipment	Delivery of Equipment to project site after comprehensive testing done based on random sampling to ensure quality and consistency.
Installation and Commissioning	Installation and Commissioning of the plant’s mounting structure, modules and other electrical equipment’s. This also covers the deployment of necessary monitoring system. Conducting test run and final handing over is done further to this.

ENGINEERING
Electrical Direct Current ( Pre Inverter)
Plot Plan Layout	Shadow losses can be significant depending on distance between modules
Module Series & Parallel Combination	Can lead to cost overrun in case of over sizing & electrical hazards in case undersized
String Combiner Box	Bus bar size is critical to the safety of equipment and enough redundancy ensures higher equipment uptime
Cable Sizing	Increases cost and losses if inappropriately sized
Inverter	Depending on Technology rated voltage might significantly differ from running voltage

ENGINEERING
Electrical Alternative Current ( Post Inverter)
Transformer Rating	Can lead to loss in energy generation if local quality
LT and HT Panels	Inappropriate Circuit Breaker poses risk to electrical system and appropriate CT/PT ratio ensures higher accuracy
Conductor Sizing	Increases cost & losses if inappropriately sized