Solar and Wind Energy


Solar Power General

Solar power plant is based on the conversion of sunlight into electricity, either directly using photovoltaic(PV) and tracking systems to focus a large area of sunlight into a small beam. Photovoltaic converts light into electric current using the photoelectric effect.

There is an ideal opportunity for domestic users / SME Units / Corporate sector / Builders / Large HT users / Colleges and schools / Govt Departments to install SOLAR POWER in their roof top to produce their own solar power for needs. The recent SOLAR POLICY announced by Govt. encourages the use of solar power to resolve Power crisis situation for EVER.

Basically there are two different type of system promoted in the market:

  • Off Grid Solar Power Plant
  • On grid Solar Power Plant

A Rooftop photovoltaic power station is a system which uses one or more photovoltaic panels, installed on rooftops of residential or commercial buildings, to convert sunlight into electricity. The various components in a rooftop photovoltaic power station include photovoltaic modules, mounting systems, cables, Solar inverters and other electrical accessories.

The urban environment provides a large amount of empty rooftop spaces and can inherently avoid the potential land use and environmental concerns. Estimating rooftop solar insolation is a multi-faceted process, as insulation values in rooftops are impacted by the following:

  • Time of the year
  • Weather conditions
  • Shading from adjacent buildings
  • Shading from overhanging vegetation
  • Roof slope
  • Roof Aspect
  • Shading from adjacent buildings and trees

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FE On-grid Roof Top Solar Plant

Still grid tied PV system is not a popular PV installation system in the world. Some of the grid tied system has been designed earlier which was not so efficient at all. But to reach the goal of having more energy from renewable sources, we need to grab every opportunity of scaling up. Configuration of a typical grid-tied PV system is given above in Fig.



FUTRURE ENRGY ROLE:
  • i. Engineering/Design of complete system
  • ii. Project Report of System
  • iii. Procurement of Complete System
  • iv. Supply for complete System
  • v. Erection of System
  • vi. EPC for the system from Kw to Mw.
"For more details general system design available in the download tab."

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FE Off-Grid Roof Top Solar Plant

Roof top Off Grid Solar Power Plant:

PV systems can be installed without being connected with the conventional grid line are off grid system and most of this systems make use of the large capacitive battery as energy storage device. They store the energy in day time and use it at night time. One the other hand there is a very little use of on grid or grid tied system. The term off-grid refers to not being connected to a grid, mainly used in terms of not being connected to the main or national electrical grid. In electricity, off-grid can be stand-alone systems (SHS) or mini-grids typically to provide a smaller community with electricity. Off-grid electrification is an approach to access electricity used in countries and areas with little access to electricity, due to scattered or distant population. In situations where grid parity has been reached, it becomes cheaper to generate one's own electricity rather than purchasing it from the grid.


Typical configuration of a off-grid PV system is depicted above in Fig.. This system is consists of a PV array with a charge controller, battery and DC load. This can be operated to drive an AC load by using an Inverter.


FUTRURE ENRGY ROLE:
  • i. Engineering/Design of complete system
  • ii. Project Report of System
  • iii. Procurement of Complete System
  • iv. Supply for complete System
  • v. Erection of System
  • vi. EPC for the system from Kw to Mw.

"For more details general system design available in the download tab."

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Solar Power Plant Projects



FUTURE ENERGY is one of the emerging turnkey – EPC players in the Indian solar industry. Large-scale grid connected solar power plants installed have generated industry high efficiency levels and continue to be the best performing plants in the country. With our in-house engineering and teams, we strive to leverage our technical experience and industry know-how to develop the most cost-effective and energy efficient PV solar plants in the industry. We provide complete end-to-end solutions including complete Engineering, Procurement and Construction (EPC) services for our customers seeking to build solar power plants in India and beyond. Our world-class project management teams ensure we complete the project in the fastest possible time-period without compromising on quality.

We assist customers seeking to use solar power right from the planning stage through the entire operational life of the project.


i. Project Planning & Conceptualization:
FUTURE ENRGY initiates the process by conducting a thorough site analysis including various aspects such as availability of existing earthing and electrical infrastructure, natural conditions such as temperature & solar irradiation and soil evaluation. Our experience in having dealt with a range of different types of modules, inverters, cables and even monitoring systems in varying Indian operational conditions holds us in good stead to choose the equipment and suppliers that will provide the maximum return on our customer’s financial investment. As one of the leading system integrators in India – we leverage our strong existing relationships with various suppliers to source components at highly competitive rates while our vendor-neutral approach aides us in choosing the most appropriate components based on individual site, quality and cost factors. The various components including the choice and type of modules, inverters and mounting systems are selected after a complete technical and economic evaluation of the project resulting in the final approval design of the plant.


ii. Project Implementation & Construction
FUTURE ENERGY strives to ensure timely and professional execution of its projects. Project managers oversee all activities ranging from logistical, technical, land procurement and safety issues. Preparation of appropriate documentation with the required on site approvals ensure coordinated construction without external interruptions. Adequate quality control procedures ensure the ability of our projects to deliver highest generation levels and minimize future maintenance problems. Our extensive proficiency gathered with experience in various regions of India has boosted our operational capabilities in areas ranging from soil leveling to power evacuations. Our competent and experienced project management team ensures our projects have very low gestation periods and are installed at record setting time-periods without any compromise in quality. We also ensure seamless completion of commissioning formalities including all government registrations and approvals.


iii. Project Implementation & Construction Flawless maintenance and plant management is necessary for efficient generation thus resulting in high revenue streams for our customers. We equip all our plants with the most technologically advanced SCADA monitoring systems, which includes string level monitoring in the entire solar plant to identify and correct any irregularities before it affects plant performance. Preventive maintenance and rapid troubleshooting ensure that plants under our watch continue to generate power at their highest capabilities. We also equip our solar PV plants with remote monitoring and diagnosis of power generation problems.


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Downloads

1. Future Energy On-Grid Roof Top General System Design_24022015 Download Now
2. Future Energy Off-Grid Roof Top General System Design_24022015 Download Now
3. Detailed Solar Power Project Report Sample – 1 Download Now
4. Detailed Solar Power Plant Project Report Sample - 2 Download Now

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