Monofacial Shingled PV Solar Module 445W 440W 435W

Different from traditional modules, SunEvo shingled modules arrange photovoltaic cells closely in a series-parallel structure and require almost no soldering ribbons. In the same size, more than 13% more cells can be placed than conventional modules. Therefore, the laminated module has the advantages of high output power, low internal loss, and a small reverse current hot spot effect. Our minimum order quantity is 1 pallet.

Shingled modules are an innovative solar photovoltaic technology that uses laser slicing technology and conductive adhesive connections to realize stacked connection packaging of solar cells, creating a superior circuit connection effect with zero spacing between solar cells. It has significant advantages such as optimal circuit connection effect, higher energy density, and higher power generation performance. By reducing line losses and BOS investment costs for system-side owners, shingled modules become more competitive in the photovoltaic industry.

Shingled solar panels are an advanced solar photovoltaic technology designed to enhance energy efficiency and power output. These panels feature overlapping solar cells, resembling roof shingles, which maximize the utilization of available space on the module. By reducing inactive areas and minimizing electrical losses, shingled solar panels offer improved performance and higher power density.

Shingled solar panels revolutionize traditional solar technology with their distinctive design, resembling a mosaic of interconnected solar cells. Unlike conventional panels, shingled modules overlap like roof shingles, creating a visually unique and highly efficient solar array. This innovative architecture minimizes energy loss and maximizes the use of available space, resulting in heightened power output and increased overall performance. Shingled solar panels not only provide an aesthetic appeal but also deliver a sustainable and cost-effective solution for harnessing solar energy.

Shingled solar panels introduce a transformative approach to solar energy capture, showcasing a distinct layout reminiscent of interconnected puzzle pieces. Departing from the traditional uniformity, these panels feature overlapping solar cells akin to a puzzle arrangement, optimizing space utilization on the module surface. This unique design enhances overall energy efficiency by minimizing inactive spaces and mitigating electrical losses, resulting in superior power density and performance.

Discover Sunark's Containerized Lithium Battery, the ultimate power solution for commercial and industrial needs. We are introducing our 122kWh model, operating at 614.4V and 200Ah. This compact container integrates a PCS, a controller, a lithium battery, fire protection, and air conditioning systems all in one. Achieve peak efficiency with a 97.6% energy conversion rate, while enjoying hassle-free installation and transportation - all pre-assembled, no on-site battery handling required. Safety is paramount with multi-level battery protection layers, and intelligent monitoring and management give you full control. Experience the future of energy storage with Sunark.

Products Description Model SE-1MW-ON SE-3MW-ON SE-5MW-ON Hjt Bifacial 750W Solar Panel 1333 Pieces 4000 Pieces 6665 Pieces DC Isolation Switch 45Piece 60Piece 75Piece On Grid Inverter MAX 125KTL3-X LV MAX 125KTL3-X LV MAX 125KTL3-X LV AC Isolation Switch 10Piece 30Piece 50Piece DC Cable 4mm2 4500 meter 6000 meter 7500 meter MC4 Connector 270 Pairs 360 Pairs 450 Pairs Mounting System Customized Product Based On Installation Roof/Ground PV Installation Tools Wire Cable Cutter & Stripper, Disassembly Tool What's Included How in work Product Pictures Applications Hot Sale Why Choose US About Us Contact Us

A solar water pump is a system that uses electricity generated by solar panels to drive a pump, typically used for agricultural irrigation, livestock watering, water supply in rural or remote areas, and other applications. The main components of a solar water pump system include solar panels, a controller, a pump (such as a submersible or surface pump), and an optional battery for storing excess energy. Its working principle involves converting solar energy into electrical energy to power the pump, which extracts or delivers water, offering an energy-efficient and self-sustaining water supply solution.