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Power Supplies with Controller Applications

The product range covers high-power power supplies, modular power supplies, rack-mounted power supplies, controllers and other product lines. It mainly provides customers with high-power system power management or multi-group power system application solutions.





















The picture below shows the illustration of the synchrotron of TPS for which it mainly consists of Linear Accelerator (LINAC), Booster Ring and Storage Ring. The source produces the particles which are propelled up to speed in a LINAC before they are injected into a booster ring to be accelerated further. The particle beams then enter the storage ring, which maintains their speed. In case particle beams are diverted at speeds close to the speed of light, it emits part of the energy as synchrotron radiation in the form of electromagnetic waves.  Depending on requirements, the super bright beams are then diverted into the beamline to perform the experiment or application in the end station. RF amplifier system is to compensate the power loss of the particle beams in the storage ring due to the emission of synchrotron radiation by which a signal picked up on ring can be amplified and fed back in on the opposite side of the ring at a dedicated phase angle. The feedback loop helps to reduce the size and energy distribution. MEAN WELL system power solution is installed and applied as the DC power source for the RF amplifier system in the storage ring.

Lighting Control & Smart Building Applications

The product range covers DALI and KNX product lines, including LED drivers, actuators/dimmers, bus power supplies, controllers, input devices and others. It mainly provides customers with one-stop lighting control and smart building application solutions.

Energy Saving And Green Energy Applications

The product range covers chargers, inverters, bidirectional power supplies and other product lines. It mainly provides customers with energy saving, green energy, charging and energy storage related application solutions.



Burn-in is the process by which components of a system are exercised before being placed in service and often time prior to the system being completely assembled from those components. This testing process will force certain failures to occur under supervised conditions so an understanding of load capacity of the product can be established. The intention to carry out burn-in test is to detect those particular components that would fail as a result of the initial, high-failure rate portion of the bathtub curve of component reliability. If the burn-in period is made sufficiently long (and, perhaps, artificially stressful), the system can then be trusted to be mostly free of further early failures once the burn-in process is complete.  To fulfill this kind of requirement, numbers of high wattage equipment will participate in this situation, therefore, with the flexibility of MEAN WELL’s system power, users are able to overcome and achieve a ALL in ONE BI system by its functionality.

Burn-in is the process by which components of a system are exercised before being placed in service and often time prior to the system being completely assembled from those components. This testing process will force certain failures to occur under supervised conditions so an understanding of load capacity of the product can be established. The intention to carry out burn-in test is to detect those particular components that would fail as a result of the initial, high-failure rate portion of the bathtub curve of component reliability. If the burn-in period is made sufficiently long (and, perhaps, artificially stressful), the system can then be trusted to be mostly free of further early failures once the burn-in process is complete.  To fulfill this kind of requirement, numbers of high wattage equipment will participate in this situation, therefore, with the flexibility of MEAN WELL’s system power, users are able to overcome and achieve a ALL in ONE BI system by its functionality.
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