![]() These double-layered glass shingles are interlocked for weatherproofing strong enough to withstand windblown rain and snow. High-transmission tempered solar glass protects against efficiency-reducing microfractures from impact-like a hail storm-or torsional stress from powerful wind gusts. For unparalleled durability, 24 solar cells are sandwiched between two sheets of 3.2mm glass. Solar Roof tiles are more than three times stronger than standard roofing tiles and are engineered for all-weather protection. This is the most advanced technology on the market, bending the sun’s light for maximum retention and creating a shingle that is 5% more efficient than a panel made with traditional monocrystalline silicon. SunStyle tiles are built with PERC, or “passivated emitter and rear contact” silicon cells. For optimal productivity, SunStyle has miniaturized this technology, installing solar shingles engineered on a smaller scale than traditional panels. SunStyle’s solar roof system uses the same simple PV process to bring distributed solar power to homes, commercial buildings, and other properties. The system supplies your house with green electricity Any electricity generated in excess of the battery’s storage capacity can be fed back into the grid in accordance with local net metering guidelines, usually for a credit. This stored solar energy is available anytime, whether that is at night, during periods of higher than normal consumption, or during a power outage. ![]() The addition of battery storage allows the consumer to reserve any electricity that the home or building produces but does not consume. ![]() Many solar roofing systems are also compatible with a battery storage system. The solar energy will be stored in a battery This difference in charge between the layers creates an electric field and forces negatively charged electrons to move through wire ribbons forming a circuit through the PV cell. Both layers of the semiconductor wafer are “doped” with specific elements to give them either a positive or negative charge. The solar roof captures the energy of the sunĪs photons from the sun hit the solar cells, some are reflected back or pass through the cell, while others are absorbed. ![]()
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