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SAFT
One of the world leader in advanced and innovative battery systems. SAFT offers reliable and long-life solution for Hospitals, Data centres, Telecommunications, Large public buildings, Offshore Platform Pipelines, Up Stream & Down Stream Facilities Remote Locations, PV Off-grid installations, Hybrid Systems, Railways, Marine & Aviation Systems, Tunnels Signaling Applications, Generators, Gas Turbine Electricity Generation Plants, Electricity Transmission & Distribution Substations and Desalination Plants ; to locations where it is absolutely critical to have batteries that will work when required. SAFT stationary batteries Ni-Cd, a simple electrochemistry designed which is different from other battery technology, the benefits includes:
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BORRI
The company is founded in 1932 by Mr. Ernesto Borri specialized in custom design, manufacturing and servicing of power electronics equipment for oil & gas, energy and utilities, industrial process and service, ICT, solar static power converters and storage systems. Based in Italy with 15,000 m² production space and a large full-testing area, the company can call on more than 80 years’ experience and multidisciplinary R&D ensuring reliable data availability and industrial process even in challenging conditions with flexible energy-saving sustainable solutions that will contribute reduction in global warming. |
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POWERCOM
Powercom designs, manufactures, markets and services UPS systems for end user, business and industry, from PCs to minicomputers, LANs, WANs, cash register/POS systems, officetelecommunication equipment and global communication networks. In addition, Powercom offers a complete line of power monitoring and shutdown software for most of operating systems. Powercom's UPS products range from the low-cost stand-by UPSs and line-interactive to true on-line series. Compact and user friendly design and above average run time is incorporated into the design of all Powercom’s products. |
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GENEREX
The world-largest OEM producer of shutdown and monitoring software and network adapters for UPS, battery and facility management systems. Designing solutions for more than 80 UPS manufacturers worldwide. Generex also broadens its scope of monitoring solutions with additional software and hardware products in the areas of security and technical facility management. |
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INTELLIGENT BATTERY CHARGER / RECTIFER
Specially designed, highly reliable thyristor (SCR) controlled industrial standard rectifier that operates in parallel with a battery banks. It integrates multi pulse rectifier bridge and full digital or analog control which are able to meet the special requirements or all industrial.
- Offshore, Onshore Oil & Gas Pipelines
- Power Generation, Transmission, Distribution
- Rail, Airports, Shipping Transportation
- Water Desalination and Treatment
- Chemicals, Mining, Steel and Paper instrument Control System
- Telecommunications Signal Transceiver
These are the latest product of robust rectifiers & chargers, comply with EN standards of railway industry in safety, EMC, environmental adaptability and protection grade. All our products had pass the third party quality testing with the integration of communication interface as well as monitoring system.
We provide a wide range of configuration and selection from Single Phase employed with fully thyristor controlled 2 pulse rectifier bridge to Three Phase up to 12 pulse fully controlled bridge. The voltage output ranging from 6V DC up to 250V DC and output current is available from 3Amp to 1600Amp. The flexible concepts can be tailored to customer and site requirements. We will assist you in finding the right solution.
SYSTEM CONFIGURATION:
Single DC System
The most cost effective solution thyristor-controlled rectifier suitable for charging nickel-cadmium or lead acid batteries while supplying DC loads. It can be operated without batteries as direct power supplies.
Dual DC System
This dual DC system is a parallel redundant unit where both rectifiers and batteries are 100% related. With the enhancement of the high rated interlocking circuitry, this system limits its output voltage seen by the load to be between end voltages of battery terminal and float charge voltage. However, only one of the rectifier can be performed high-rate charge at one period, this system has a high MTBF (Mean Time Between Failure) value.
Dropping Diode Device (Regulated)
The output voltage is regulated with series of dropping diodes device, interconnected between the battery and load, voltage dropping diodes reduce the voltage to within load tolerance. They are short-circuited by one or more contactors if a partial reduction, or no voltage reduction, is needed. A control circuit senses the battery voltage and energizes the contactors. Voltage dropping diodes cause substantial power losses as the excess voltage is absorbed by the diodes. However, due to the simplicity this method is frequently used, especially if the voltage reduction is needed during the short periods of high-rate charging only.
Switch mode DC/DC Converters (Regulated)
Supplied from the DC bus, an actively isolated, fully regulated supply is delivered to the load. The inherent reliability can be added to by parallel configuration, as multi redundant, fault tolerant.
Hot Standby Rectifier System
For this redundancy concept both rectifiers is always backed by exactly one standby component (+1) in hot stand-by mode. As soon as an active component fails, the corresponding backup component takes over the complete functions of the defective component. This redundancy concept ensures that there is no loss of any warning and alarm functions in case of failure. It provides extra protection by automatically switching to the backup control unit in hot stand-by mode. This system entails a very high MTBF (Mean Time Between Failure) value.
Single DC System
The most cost effective solution thyristor-controlled rectifier suitable for charging nickel-cadmium or lead acid batteries while supplying DC loads. It can be operated without batteries as direct power supplies.
Dual DC System
This dual DC system is a parallel redundant unit where both rectifiers and batteries are 100% related. With the enhancement of the high rated interlocking circuitry, this system limits its output voltage seen by the load to be between end voltages of battery terminal and float charge voltage. However, only one of the rectifier can be performed high-rate charge at one period, this system has a high MTBF (Mean Time Between Failure) value.
Dropping Diode Device (Regulated)
The output voltage is regulated with series of dropping diodes device, interconnected between the battery and load, voltage dropping diodes reduce the voltage to within load tolerance. They are short-circuited by one or more contactors if a partial reduction, or no voltage reduction, is needed. A control circuit senses the battery voltage and energizes the contactors. Voltage dropping diodes cause substantial power losses as the excess voltage is absorbed by the diodes. However, due to the simplicity this method is frequently used, especially if the voltage reduction is needed during the short periods of high-rate charging only.
Switch mode DC/DC Converters (Regulated)
Supplied from the DC bus, an actively isolated, fully regulated supply is delivered to the load. The inherent reliability can be added to by parallel configuration, as multi redundant, fault tolerant.
Hot Standby Rectifier System
For this redundancy concept both rectifiers is always backed by exactly one standby component (+1) in hot stand-by mode. As soon as an active component fails, the corresponding backup component takes over the complete functions of the defective component. This redundancy concept ensures that there is no loss of any warning and alarm functions in case of failure. It provides extra protection by automatically switching to the backup control unit in hot stand-by mode. This system entails a very high MTBF (Mean Time Between Failure) value.
A COMPREHENSIVE RANGE OF SERVICES
- Maintenance and service contracts -24/7 standby and/or response
- Product consulting & services
- Installation and commissioning
- Battery performance load test and replacement
- Battery monitoring
- Spare parts
- Product and service training
- Extended warranty
- Power and Harmonic Audit
- Remote Monitoring Services
- Spare Parts