SunEdison Silvantis F-Series Solar Panel Benefits:
PID-free panels have a “PID-free” designation on the nameplate label. PID-free modules do not require string grounding and are fully compatible with floating ground transformerless and micro-inverters, as well as with galvanically isolated inverters.
Silvantis F-Series Models:
· Year 1: ≤ 3.5% of rated power
• IEC certified by TÜV SÜD:
• CSA certified to UL 1703 for 1,000 V systems in the US and Canada
• Industry leading PID test conditions:
• Manufactured to AQL 0.4 Level II quality and tested up to 3x beyond IEC standards
SunEdison CCz technology produces ultra-pure silicon a better way.
Fluidized Bed Reactor Technology
Fluidized Bed Reactor or FBR technology produces ultra-pure silicon more efficiently and economically than conventional techniques. During the FBR process, very small particles of silicon called seeds are suspended in a cloud of gas. Silicon in the gas attached to the seeds, forming larger and larger beads which eventually drop out of the gas like rain - silicon rain.
This FBR technology creates silicon that is 99.9999999% pure. Ultra-pure silicon simply enables more powerful and efficient solar panels. What is great about this technology is it produces efficient monocrystalline cells with 90% less energy than competing technologies.
SunEdison's Continuous Czochralski Process (CCz)
Efficient ingot is manufactured using the "Continuous Czochralski Process (CCz). Silicon is melted with different elements in a process called doping. Most soler cells are make from P-type silicon, which typically has been doped with the element boron. P-type silicon does not produce the optimal solar cell. Conventional processes have difficulty using other dopants thus making P-type the choice of manufacture for most.
SunEdison's proprietary CCz process enables the creation of N-type silicon doped with the element phosphorus. Solar cells with N-type silicon typically deliver 20%-40% greater power and energy than conventional P-type solar cells.
The N-type silicon is then formed into a solid purified silicon ingot. This ingot is formed from a single crystal drawn from the pool of molten ingot. This results in a perfect crystalline structure, where all the atoms are precisely aligned for higher efficiency.
The CCz process allows SunEdison's high-efficiency solar panels to be manufactured with less energy and at a lower cost than other technologies.
Contact us toll-free at (877) 297-0014 for low wholesale prices and reviews for SunEdison Silvantis solar panels.