Solar Resort Service

Product

Solar Resort Service

Description

Today, where the cost of living is increasing at an alarming rate, KW Rooftop projects is one of the best investments to go with. This helps and individual or Industry to be independent and producing own power, reduces electricity bill or even make it completely null. Sumo’s system is most efficient and affordable system to invest in. Types of System we Infytel provides:

  • Grid-Tied System- It generates power and helps in removing the day time dependency on grid, diesel or any other conventional source of energy, also reduces monthly electricity bills.
  • Off-Grid system- In this system, power produced through solar during the day time, can be further utilized as it is stored in the Battery Banks.
  • Net-Metering - Utilization of the extra power generated from Solar, by exporting it to grid and offsets against your monthly electricity bills. * Countries where policy lies.
  • Types of Street Lights, present, upgraded, world class and most advanced.
We at Infytel deploy world class technology to design, install and commission benchmark solar projects worldwide. The highly skilled and dedicated team of Infytel ensures the completion of each Solar plant from concept to commissioning including its operation and maintenance for the complete lifespan of the plant. The Company over the years has developed an internationally accredited expertise in engineering and technology, procurement and project management, construction and commissioning, with a strong command over asset management.

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TECHNICAL SPECIFICATION OF GRID CONNECTED SOLAR PV POWER PLANT

1. Solar PV Modules

The cells of the SPV modules shall be polycrystalline. The capacity shall be considered as per declared capacity in the published technical brochures of the proposed SPV module manufacturer.

Minimum number of PV Modules for Example as given below:

Sl. No. PV module capacity No. of PV cells No Of Panel
1 330 72 Nos. 16 nos. for 5kW system (for example)
The PV modules conform to the relevant IEC 61215 or IS 14286 and IEC 61730 standards.
The proposed PV modules have Test Certificate issued by accredited test laboratories of MNRE, Government of India under JNNSM Program. The test certificates issued from IEC accredited laboratories will also be acceptable.

Performance warranty of SPV Modules

The manufacturer will warrant the output of solar Module (s) for at least 90% of its rated power after initial 12 years and 80% of its power after 25 years from the completion of trial run at site.

If module (s) fails to exhibit such power output in prescribed time span, the Contractor will either deliver additional PV module(s) to replace the missing power output with no change in area used or replace the PV modules(s).



SOLAR OFF-GRID/HYBRID SYSTEM -

General -

A Solar Off-Grid system is a system, when power produced through solar during the day time, can be further utilized as it is stored in the Battery Banks.
A Hybrid Solar Power Systems generate power in the same way as a common grid-tie solar system but use special hybrid inverters and batteries to store energy for later use. This ability to store energy enables most hybrid systems to also operate as a backup power supply during a blackout, similar to a UPS system.
Traditionally the term hybrid referred to two generation sources such as wind and solar but in the solar world the term 'hybrid' refers to a combination of solar and energy storage which is also connected to the electricity grid. Hence Hybrid systems are most commonly preferred for use in place of traditional stand-alone or off-grid systems.

3. Module Mounting Structure

During structural design following points shall include, but not limited to, the following.
  • The module mounting structure must be made of MS as per IS 8098 (latest edition).
  • The structure should be capable of withstanding a wind load of 150 km/hr after grouting & installation.
  • The array structure shall be made of hot dip galvanized MS structure.

4. PV Array Junction Box (AJB)

Array Junction Box (AJB) shall have to be used for termination of string prior to connecting array with each inverter. There shall be two nos. of Array Junction Box.

5. Grid-connected Inverter

The inverter shall be of string inverter type. The proposed grid connected solar PV power plant will have either min. 3 kVA 1ph or 5 kVA 3ph 1 no. Inverter, as per availability.

6. Grid interfacing LT Panel

Output of the Inverter shall be terminated to a Grid InterfacingLT Panel. All the equipment and meter display can only be accessed after opening the front doors.The front door will have locking arrangement.The grid line will also be connected to this panel.

7. Cable & Wirings

8. System equipment and array structure Earthing

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