Solar Engineering

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Solar Engineering

Optimal plant performance in the expert hands of Bramhand Electro Sun Energy Pvt. Ltd.

What is Solar Engineering

Solar Engineering deals with the design and development of power plants, systems and products that operate on solar power. Solar energy is aimed at developing components and system to harness the massive amounts of energy transmitted from the sun to Earth. Solar Engineering covers all aspects of solar power, from the small-scale devices on your calculator to the large-scale energy generating power plants.

For example, small scale solar generators and panels are commonly being used today to obtain energy from the sun to provide hot water in homes. But Solar Engineers are also equally capable of designing and developing large scale energy generators such as solar collectors (pictured). There are also avenues for the application and integration of newly developed Solar Engineering systems and processes into existing plants and factories.

MULTI-DISCIPLINARY ENGINEERING

They understand technical drawings related to the industry and use the engineering, technology, and math aspects to make sure they build the structure to the set standards. customer service, and management knowledge to deal with the people that could possibly buy the structure.

Construction Engineering

Construction engineering concerns the planning and management of the construction of structures such as highways, bridges, airports, rail roads, buildings, dams, and reservoirs. Construction of such projects requires knowledge of engineering and management principles and business procedures, economics, and human behavior. Construction engineers engage in the design of structures temporary, cost estimating, planning and scheduling, materials procurement, selection of equipment, and cost control.

System Design and Basic Engineering

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Basic engineering is carried out based on the selected plant components. The key electrical systems, civil structural and infrastructure systems are conceptualized following the tender designs and specifications:

  • Overall layout including string and module grouping, module orientation and inclination, row spacing, cable plans, nominal power ratio sizing, inverter and substation design.
  • DC side Electrical system design right from the PV module to the inverter inputs. This essentially include sizing of connectors, connection boxes, string combiner boxes, DC distribution boards, DC cable run lengths and sizes.
  • AC side Electrical system designs from the inverter output to the grid interconnection and metering point. This will essentially include the LV/MV and MV/HV transformers, grid connection schematics and metering.
  • Surrounding obstacles to assess shading impact.
  • Review of geotechnical investigations.
  • Review of topographic surveys.
  • Review of hydrology studies.
  • Assessment of support structure foundations, buildings, roads and infrastructure required for implementation and operation.
  • Site security and access.
  • Control and monitoring systems.


    • Detailed Engineering

    Our team prepares the designs, project engineering and execution drawings in conjunction to the technical specifications, design criteria and procedures, best of engineering codes and standard engineering practices for a utility scale solar PV plant.
    In the process of our detailed engineering services, our team performs reviews of the selected equipment and drawings received from various suppliers and contractors, and coordinates the release of various construction drawings for site execution.

    Infrastructure Planning

    Entire infrastructure for the solar PV plant is designed in accordance to the EPC contract, best engineering codes and standard engineering practices for a utility scale solar PV plant.
  • Overall planning of PV plant layout.
  • Access Road and Internal Pathways.
  • Plant boundary.
  • Levelling and grading.
  • Storm water drainage system.
  • Water Supply & storage system.
  • Cabling routes and substation location.
  • Firefighting and protection systems.
  • Security and vigilance system.



    • Solar Engineerring Importance


    Solar energy is a major renewable energy source with the potential to meet many of the challenges facing the world. There are many reasons to promote its share in the energy market. This power source is increasing in popularity because it is versatile with many benefits to people and the environment.