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Mono Crystalline Modules

Mono Crystalline Solar Modules deliver high efficiency, reliability, and superior power output for on-grid and off-grid solar applications. Designed for maximum durability and low-light performance, they ensure long-term energy savings and sustainability.

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Durasol Mono Crystalline Solar Modules are highly efficient and reliable solar PV panels designed for maximum power output and long-term durability. Utilizing advanced crystalline silicon technology, these modules range from 10Wp to 390Wp, making them ideal for on-grid and off-grid solar power plants, solar water pumps, solar street lighting, and other solar systems.

Manufactured using an automated production line, these sealed and weatherproof solar panels are built to withstand extreme environmental conditions, including high ultraviolet radiation and moisture exposure. The high maximum voltage design reduces Balance of System (BOS) costs, while enhanced low-light performance ensures efficient energy generation even in cloudy conditions.


Key Benefits of Durasol Mono Crystalline Solar Modules

βœ… Eco-Friendly Power – Sustainable energy for a greener future.
βœ… Highly Reliable Performance – Consistent power output with long-term efficiency.
βœ… Maximum Efficiency & Improved Power Generation – Advanced silicon technology optimizes energy conversion.
βœ… High Voltage Design for Reduced BOS Costs – Lower overall system expenses.
βœ… Excellent Low-Light Performance – Generates power even in minimal sunlight.
βœ… Powerful, Strong & Elegant – Durable construction with a sleek, modern design.

Mono Crystalline Solar Modules are highly efficient and reliable solar PV panels designed for maximum power output and long-term durability. Utilizing advanced crystalline silicon technology, these modules range from 10Wp to 390Wp, making them ideal for on-grid and off-grid solar power plants, solar water pumps, solar street lighting, and other solar systems.

Manufactured using an automated production line, these sealed and weatherproof solar panels are built to withstand extreme environmental conditions, including high ultraviolet radiation and moisture exposure. The high maximum voltage design reduces Balance of System (BOS) costs, while enhanced low-light performance ensures efficient energy generation even in cloudy conditions.


Benefits of Durasol Mono Crystalline Solar Modules

βœ… Eco-Friendly Power – Sustainable energy for a greener future.
βœ… Highly Reliable Performance – Consistent power output with long-term efficiency.
βœ… Maximum Efficiency & Improved Power Generation – Advanced silicon technology optimizes energy conversion.
βœ… High Voltage Design for Reduced BOS Costs – Lower overall system expenses.
βœ… Excellent Low-Light Performance – Generates power even in minimal sunlight.
βœ… Powerful, Strong & Elegant – Durable construction with a sleek, modern design.

Features

β€’ Superior Module Efficiency in line with international standards.
β€’ EXTREMELY RELIABLE PRODUCT suiting harsh environment conditions withstanding 2400Pa Wind load, 5400Pa Snow load.
β€’ Positive Power Tolerance 0 / + 5W.
β€’ PID Resistant Modules.
β€’ Glass with Anti Reflective Coating (Improves light transmission).
β€’ Salt Mist, Ammonia and Hail Resistant.
β€’ System voltage: 1500VDC to reduce the BOS cost.
β€’ Extremely NARROW POWER BINNING TOLERANCE of +2.5 Wp to reduce current mismatch loss in a single string.
β€’ HIGHER OUTPUT OF MODULE POWER by reducing cell to module power loss.
β€’ Designed for very HIGH AREA EFFICIENCY ideally suited for roof-top and ground-mounted applications.
β€’ Engineered to provide EXCELLENT LOW LIGHT RESPONSE.

Working

Ecofriendly Power for a sustainable future.
1. Highly reliable.
2. Maximum efficiency with improved power.
3. High maximum voltage reduces BOS cost.
4. Excellent low light performance.
5. Powerful, strong & elegant.

Technology

Solar technology has been around, in some form or the other, for a long time. Although some people consider solar power as a new-age technology, scientists have been working with solar cells for almost 200 years. The evolution of solar modules for electricity generation has been a slow but worthwhile undertaking.

A solar cell (also called photovoltaic cell or photoelectric cell) is a solid-state electrical device that converts the energy of light directly into electricity by the photovoltaic effect. While there are several variants of solar cells, the two most common ones are those made of Crystalline Silicon – both mono-crystalline and poly-crystalline) and those made with what is called Thin Film Technology.

– Mono-crystalline Silicon Solar Cells are also called β€œsingle-crystalline” and made from β€œsilicon ingots,” a cylindrically shaped design that helps optimize performance. As such, panels made from monocrystalline cells have rounded edges rather than being square, like other types of solar cells.
– Poly-crystalline Solar Cells: Also known as polysilicon and multi silicon cells, were the first solar cells ever introduced to the industry. The silicon is melted and poured into a square moulde, hence the square shape of polycrystalline. In this way, they’re much more affordable since hardly any silicon is wasted during the manufacturing process.