Technical Components
Solar Panels
Solar Panels of highest efficiency are used with panel performance warranty of 25 Years, with standard degradation of 90% output after 10th year and 80% output at the end of 25th year. We are providing Mono PERC panels which are best in Power Generation during Low light conditions.
Scientists and engineers are constantly innovating to provide the most cutting – edge technology to solar PV systems to boost energy generation and speed up end users’ return on investment. One of the most recent introductions to increase solar panel efficiency has been the development of a new industrial process of advanced passivated emitter and rear cell (PERC) Technology.
The introduction of PERC technology has increased solar efficiency, which translates to faster ROI and more savings for end users.
Inside of a solar panel rest cells made of silicon. A typical 12v panel will house about 36 cells, with each cell contributing to the panels’ overall energy generation. Conventional mono-crystalline cells have an emitter layer on the front side and a standard back surface field.
PERC cells, on the other hand, employ two different features not found in conventional cells. These include applying a passivation film on the rear surface of the cell and using chemicals to create tiny pockets in the film that absorb more light, according to Solar Power World Online. Different manufacturers can achieve this end in a variety of ways, but in each instance, the technique involves adding a dielectric passivation layer to the rear of the solar cell.
The cell’s front side receives direct sunlight while the rear side soaks up scattered and reflected light.
There are main three advantages:
- A significant reduction in electron recombination.
- Greater absorption of light.
- Higher internal reflectivity.
Combined, these three benefits boost energy generation in solar PERC cells compared to conventional ones
How does PERC Technology Benefits to End User?
PERC technology lets solar cells absorb more light and gives them a higher internal reflectivity, providing end users with more possibilities for tilt and installation options. PERC tech allows for much greater array layout flexibility, PERC technology is ideal for rooftops, elevated ground, desert or snowy environments or on-water applications.
This leads to increased energy density and electricity generation for the system. Greater energy density significantly reduces the Levelized Cost of Electricity for a solar PV installation. By effectively leveraging the modules with PERC technology, end users can obtain a much faster ROI.
Solar Mounting Structure
Heavy & high-quality (GI Hot Dip Galvanized) structure are used considering wind pressure up to 160km/hr.
Distribution Boxes
Distribution boxes play a vital role in safety and maintenance and also in the efficiency of the system. This device consists of Fuse, SPD and MCB.
Grid Connected Inverter
(Power conditioning unit) – Inverters used are of highest efficiency up to 98% which plays a vital role in power generation, better the efficiency, better is the generation.
Features:
1. 10 years warranty
2. Wide Input Voltage Range
3. Maximum 98.6% Inverter Efficiency
4. Inbuilt DC Switch
5. In-Built 25 Year Data Storage Capability
6. 4” LCD display
7. Detachable cover for easy installation & maintenance
8. Safety Protection- Anti islanding, Ground Fault monitoring
9. Anti-Reverse Power Controller – zero export (Optional)
10. IEC Certification – As per MNRE
Net-Meter
Net metering is a billing mechanism that credits solar energy system owners for the electricity they add to the grid.For example, if a residential customer has a PV system on their roof, it may generate more electricity than the home uses during daylight hours and get set off in Monthly bill as per respective Electricity Board Net-Metering policies.
