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ITE West College, Singapore The UPS consists of a charger, inverter and batteries to provide regulated uninterruptible electrical power supply. When the static UPS is in service, power from the primary AC source is supplied to the charger unit. The charger converts incoming AC power to DC power to be fed directly to the inverter unit. The inverter converts the DC power into AC power to supply the critical load. Upon failure of the primary AC supply, input power for the inverter is automatically supplied from the battery bank with no interruption or disturbance of inverter outputs. At th..

   Formula One, Singapore     Interlink has installed and maintained 24 UPS system to provide uninterruptible power to the Formula One lighting system for a consecutive period of 5 years. These photos were taken at site in 2008. ..

    Water Treatment Plant, Singapore Interlink has installed two systems at a water treatment plant in Singapore to provide uninterruptible power to control system. These photos were taken during our installation. UPS: Power-Plus 10kVA & 22.5kVA   True On-Line Double Conversion   Rating: 10kVA & 22.5kVAThree phase Battery: 12V 100AH Sealed Lead Acid Battery   The Servicing of the site On request, Interlink provides servi..

Changi Airport, Singapore Interlink has installed two UPS systems at terminal one and two in Changi  Airport to provide uninterruptible power for public address system. UPS: Power-Plus 80kVA   True On-Line Double Conversion   Rating: 80kVA/64kW   Three phase Battery: 12V 100AH Sealed Lead Acid Battery   The Servicing of the site On request, Interlink provides services such as checks and..

Government Data Centre, Singapore Interlink has installed a 500KVA UPS for government data centre in Singapore to provide uninterruptible power to data centre. UPS: Power-Plus 500kVA Standalone   True On-Line Double Conversion   Rating: 500kVA/400kW   Three phase Battery: 12V 200AH Sealed Lead Acid Battery   The Servicing of the site On request, Interlink provides services such as checks and ..

Library, Singapore Interlink has installed three systems connected in parallel, at the data centre of library in Singapore to provide uninterruptible power to servers. The advantage of these systems is that the capacity of the UPS can be expanded for future expansions. These photos were taken during our installation. UPS: Power-Plus 3 x 40kVA Parallel   True On-Line Double Conversion   Rating: 120kVA   Three phase ..

Hospital Application II, Singapore Interlink has installed a systems made up of 3 units connected in parallel, at a hospital in Singapore to provide uninterruptible power to CCU and ICU. The advantage of these systems is that the capacity of the UPS can be expanded for future expansions. These photos were taken during our installation. UPS: Power-Plus 120kVA Parallel   True On-Line Double Conversion   Rating: 100kVA/96kW   Thre..

Hospital Application 1, Singapore Interlink has installed two systems, each made up of 2 units connected in parallel, at a hospital in Singapore to provide uninterruptible power to CCU and ICU. The advantage of these systems is that the capacity of the UPS can be expanded for future expansions. These photos were taken during our installation. UPS: Power-Plus 120kVA Parallel   True On-Line Double Conversion   Rating: 100kVA/80kW   ..

Polytechnic, Singapore Interlink has installed two systems with monitoring software at a reputed polytechnic in Singapore to provide uninterruptible power to server.  These photos were taken during our installation. UPS: Power-Plus 120kVA Standalone   True On-Line Double Conversion   Rating: 120kVA   Three phase Battery: 12V 135AH Sealed Lead Acid Battery   The Servicing of the site ..

Telecommunication Application, Brunei Interlink has installed a system made up of 2 units connected in parallel, at a telecom in Brunei to provide uninterruptible power to exchange switch. The advantage of these systems is that the capacity of the UPS can be expanded for future expansions. These photos were taken during our installation. UPS: Power-Plus 60kVA Parallel   True On-Line Double Conversion   Rating: 60kVA/48kW   Thre..

Hospital Application, Brunei Interlink has installed a UPS systems at a hospital in Brunei to provide uninterruptible power to CCU and ICU. The advantage of these systems is that the capacity of the UPS can be expanded for future expansions. These photos were taken during our installation. UPS: Power-Plus 100kVA Parallel   True On-Line Double Conversion   Rating: 100kVA/80kW   Three phase Battery: PRC1280 Ba..

Grid-Tied Solar System for HDB at Yishun This 507.6 kWp Solar System is installed onto the RC rooftop of 11 blocks at Yishun. The solar array is divided into strings of modules, feeding into grid inverters. The grid inverters convert solar energy to electrical energy & inject into the grid. Being a grid-tied solar system, it reduces power consumption from the Grid. The installation covers a large part of the roof, helping to keep the building cool, thus reducing power consumption via air-conditioning. This system is a very simple & reliable solar power system which does n..

Grid-Tied Solar System for HDB at Bukit Panjang This 185 kWp Solar System is installed onto the RC rooftop of 5 HDB blocks at Bukit Panjang Ring Road. The solar array is divided into strings of modules, feeding into grid inverters. The grid inverters convert solar energy to electrical energy & inject into the grid. Being a grid-tied solar system, it reduces power consumption from the Grid. The installation covers a large part of the roof, helping to keep the building cool, thus reducing power consumption via air-conditioning. This system is a very simple & reliable solar ..

Grid-Tied Solar System for Changi General Hospital Integrated Building This 35 kWp Solar System is installed onto the RC rooftop of Changi General Hospital Integrated Building. The solar array consists of 2 sub arrays, divided into strings of modules, feeding into grid inverters. The grid inverters convert solar energy to electrical energy & inject into the grid. Being a grid-tied solar system, it reduces power consumption from the Grid. The installation covers a large part of the roof, helping to keep the building cool, thus reducing power consumption via air-conditioning. T..