Mahakal Energy

Features:

Connected directly to the utility grid.

Excess electricity generated is exported to the grid, and imported when solar output is insufficient.

Supports net metering, allowing consumers to earn credits for surplus power fed back to the grid, reducing electricity bills.

• Panel Type: Mono PERC (Passivated Emitter and Rear Cell)
• Panel Capacity: Typically 330W to 540W per panel
• Warranty: 25-year performance guarantee
• Inverter Types: NXi Series (e.g., NXi 150)
• Efficiency: Greater than 97%
• Protection: IP65-rated, suitable for harsh weather conditions

1. Solar panels produce carbon free electricity when irradiated with sunlight. Often made of silicon, solar panels are made of smaller solar cells which typically have six cells per panel. Multiple solar panels strung together make up a solar array. Solar panels are generally protected by tempered glass and secured with an aluminum frame.^[9] The front of a solar panel is very durable whereas the back of a panel is generally more vulnerable.
2. Mounting clamps generally consist of aluminum brackets and stainless steel bolts that secure solar panels to one another on the roof and onto the rails. Clamps often vary in design in order to account for various roof and rail configurations.^[10]
3. Racking or rails are made of metal and often lie in a parallel configuration on the roof for the panels to lie on. It is important that the rails are level enough for the panels to be evenly mounted.^[11]
4. Mounts attach the rails and the entire array to the surface of the roof. These mounts are often L brackets that are bolted through flashing and into the rafters of the roof. Mounts vary in design due to the wide range of roof configurations and materials.^[10]
5. Flashings are a durable metal plate that provide a water resistant seal between the mounts and roof surface. Oftentimes, caulk is used to seal the flashing to the roof and it resembles a metal roof shingle.
6. DC/AC wiring for inverters connect wires between panels and into a micro inverter or string inverter.^[11] No cables should touch the roof surface or hang from the array to avoid weathering and the deterioration of cables.
7. Micro inverters are mounted to the bottom of the panel and convert DC power from the panels into AC power that can be sent into the grid. Micro inverters allow for the optimization of each panel when shading occurs and can provide specific data from individual panels.

High customer value
High power up to 710W
High reliability
High energy yield
• The star of LCOE (Levelized Cost Of Energy) .Higher string power
feature eectively reduces BOS (Balance of System)and LCOE
•More energy harvest with cutting-edge N-type i-TOPCon technology
•Designed for compatibility with existing mainstream system components
• Up to 22.9% module eciency with high density interconnect
technology
• SMBB (Super multi-busbar) technology for better light trapping eect,
lower series resistance and improved current collection
• Minimized micro-cracks with innovative non-destructive cutting
technology
• Ensured PID resistance through cell process and module material
control
• Resistant to harsh environments such as salt, ammonia, sand, high
temperature and high humidity areas
• Mechanical performance up to 5400 Pa positive load and 2400 Pa
negative load
• Excellent product bifaciality and low irradiation performance,
validated by 3rd party
• Lower degradation：1% rst year，0.4% annually thereafter
• Lower temperature coecient (-0.29%/C)
• Up to 30% additional power gain from back side depending on albedo