The incorporated SolarRIDE-THRU technology lets the inverters to remain connected even during grid disturbances. This new technology includes low voltage ride through (LVRT), zero voltage ride through (ZVRT) and high voltage ride through (HVRT) potentials.
The IP65 type of junction box utilized in the SOLARA SM420SP is waterproofed and allows quicker interconnection between the panels. The cell interconnections with in-plain strain relief extend improved reliability.
The Sunboard 27 model solar panel produces a maximum of 27 W power. This flexible solar panel offers an operating voltage of 15 V, an operating current of 1800 mA, an open circuit voltage of 23 V, and a short circuit current of 2400 mA.
The SunPower 210 Solar Panel is designed to offer a Pmax of 210 W, a Vmpp of 40.0 V, an Impp of 5.25 A, a Voc of 47.7 V, an Isc of 5.75 A and a maximum system voltage of 600 V.
The power and combustion regulations system incorporated in the Pelletplus energy module adjusts the burner operations automatically and use down-burn technique for better heating and lambda sensor technology to sense the amount of unburnt oxygen in the exhaust.
This solar controller is designed with quality power electronics to endure high level temperature up to 70ºC at the solar module. This solar controller is totally protected against power vagaries such as short circuit, reverse polarity, reverse current, over current, transient surges and lightening.
The wiring for various parts of the Sunpole module is carried out using conduits incorporated in the structure thus avoiding the problem of exposed wiring. The fastening parts utilized in this module are mounted using antitheft hardware.
The Spectraflex 32W flexible solar panel is constructed utilizing UV stabilized polymers and adhered or sewed to a flexible cushioned backing material. The amorphous silicone cells utilized in the flexible panel are enclosed in a strong capsule to withstand rough use.
The cells use a coarse textured 2 mm silver busbar with silicon nitride antireflective coating as negative contact. For positive back contacts a 4.5 mm silver busbar with full-surface aluminum BSF is utilized.
The AMI international conference, Polymers in Photovoltaics 2010, held in April in Cologne had well over 200 registered delegates to discuss the use of polymer materials in solar module production.
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