Mono-crystalline Solar Panel

Space-Efficient Installation With high-performance mono-crystalline solar panels, these panels are capable of attaining the power density of 210W/m² which is a twenty-eight percent improvement compared to the polycrystalline technology. Therefore a customer with limited roof space (20m²) could install a 4.2kW solar system that would cover over ninety percent of grid consumption, while polycrystalline technology would require 28m² of roof area. A commercial adopters application, a 500kW of installed solar at a warehouse would fit within 2,380m² of space using mono-crystalline technology to achieve a comparable output to a polycrystalline system that would fit in 3,300m² of space. Additionally, mono-crystalline panels are often sleek and black in color thus enabling aesthetically pleasing architectural integration, which could raise the value of a property up to 3-4% over their peers which do not employ solar based on renewable energy appraisal standards.

With their lack of moving components and self-cleaning hydro-repellent glass, single-crystal solar panels need to be inspected just two times a year, potentially leading to reductions in maintenance costs of more than 60% when compared to conventional thin-film eco-technologies over the entire lifecycle of the project. Additionally, they can be installed together with lithium ion storage like 10-40kWh home batteries which provide off-grid operation for 72 hours in power outage via automatic switching from grid-connected operation under 15 milliseconds. For the home, this means utility bills can be reduced by as much as 90%, while at the same time providing emergency backup for critical medical devices, HVAC systems, and security systems.