SemiLEDs Corporation , a manufacturer of ultra high bright LED and UV chips, has announced today that they are increasing their production capacity of UV LED chips with the addition of a new SR 4000 MOCVD reactor from Taiyo Nippon Sanso Corporation.

"The addition of a new UV LED reactor will allow SemiLEDs to continue to build on the momentum of the emergingly UV LED market and confirms our position and commitment as a top supplier of UV LEDs," said Dr. Chuong Tran, SemiLEDs President and "The addition of the new reactor will enable us to further improve the support and service we provide to a growing list of companies dedicated to the UV market through our broad portfolio of UV LEDs."

Kuroda san of Taiyo Nippon Sanso adds: "We are very excited by this opportunity to collaborate with SemiLEDs. The SR 4000 provides superior and stable performance with a high through put while achieving the highest crystal quality and uniformity."

SemiLEDs UV LEDs are made with their patented and proprietary MvpLED technology with features a vertical structure on a copper alloy base, providing excellent thermal management. SemiLEDs is at the forefront of developing UV LEDs that are greatly enhancing current applications and providing solutions that are poised to Regression the UV LED market. UV LEDs have had a growing impact on a large number of UV market segments including conformal coating, curing, printing, medical, security and forensics and biotechnology.

On-Grid Inverter

On-Grid Inverter converts DC power to AC power for feeding back to the grid. The frequency of the output voltage of the grid-connected inverter needs to be the same as the grid frequency (50 or 60Hz), which is generally achieved by the oscillator in the machine, and the output voltage will also be limited not to exceed the grid voltage. Modern high-quality grid-connected inverters can have an output power factor of 1, which means that the output voltage and current phases are the same, and the phase difference between them and the grid voltage is within 1 degree. There is a microprocessor in the inverter that can sense the AC waveform of the grid, and according to this waveform, generate voltage and send it back to the grid. However, the electricity sent back to the grid needs to have a certain proportion of reactive power, so that the power of the nearby grid is within the allowable limit. noon) its voltage may rise too high.
If the power of the grid is cut off, the grid-connected inverter needs to be disconnected from the grid quickly. This is a regulation of the National Electrical Code (NEC) in the United States to ensure that when the grid is out of power, the grid-connected inverter will not provide power to the grid, and at this time the workers who maintain the grid will not be electrocuted.
Properly configured, grid-tie inverters allow a home to use alternative energy sources that it generates itself (such as solar or wind power) without cumbersome wiring and without the need for batteries. If there is insufficient alternative energy, the insufficient part will still be provided by electricity from the grid.
Grid-connected inverters are widely used in household photovoltaic power generation systems, commercial and industrial photovoltaic power plants and other scenarios. By connecting to the grid, they help to achieve efficient use of renewable energy and reduce carbon emissions, promoting sustainable development and popularization of clean energy.

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