, data loss, revenue loss, and possible injuries and fatalities

We have UPS  range in size from  600VA to backup a single computer to large units as much as 1mw to power an entire industrial processing line, healthcare equipment, data centers or buildings.

Aside the primary function of providing automatic short time power when the input or mains power source fails,  Online UPS units are also capable in correcting common utility power problems such as; Voltage Spike or surge,  sustained over-voltage,  low input voltage, voltage sag, frequency variation, and harmonic distortion. UPS can be categorized into two, the line-interactive UPS and the Online UPS, We will recommend that only online UPS be installed as backup your mission-critical equipment and operations

Gamatronic’s Technology

• True on-line technology shields against mains power voltage fluctuations.
• Total support for overloads achieved through connecting batteries using galvanic isolation.
• Reliable outputs under all circumstances: whether under load, connected to the grid or off the grid. Our UPS systems ensure stable voltage, frequency and wave shape under all grid conditions.
• Perform exceptionally in all environments – even extreme temperature, humidity, dust, and dirt.
• Compact, small footprint and low weight.
• Low MTTR.
• Scalable: Modules may be added to increase the UPS system capacity at any time. This can even be done on-site by the client without changing to bypass or disconnecting the load.
• High efficiency up to 98% with true on-line functionality, and a Power Factor of 1

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GreenPower GP is well-positioned to implement your Data Centre designs with precision and accuracy using the best quality products ensuring a conducive environment and best infrastructure for servers and other IT equipment

• Power Distribution System – PDU, UPS, ATS, RP

• Precision Cooling System.
• Raised Floors
• Data Cabling and Cable Tray
• Fire Protection System FM 200
• Racks and Enclosures

incorporated.

Telecom power supply can be categorized into  AC – DC rectifier,  DC -AC Inverter and DC-DC Converter. telecoms equipment often operates on low DC voltages for as low as 9VDC – 48VDC. Some telecom equipment operates with a special voltage of -48VDC. A rectifier module 1UDC is rated 48V 33.3A and can be cascaded to up to 48V 1226A.

 We partner  Gamatronic Solaredge Israel to deliver cutting edge telecoms power rectifiers which are ranked the best in terms of reliability up to 15 years of trouble-free operations and efficiency of 96%.

Gamatronic rectifiers come in modular designs allowing for N+I redundancy and low cost of system upgrade in case there is a need to increase your load.

AC -DC Rectifier

Gamatronic’s 1UDC+ power system provides clean DC power to sensitive equipment while simultaneously charging the battery bank. The unit also supplies backup power in the event of a power failure.

The system contains a 19” wide, 1U-high shelf that can hold up to three hot-plugged rectifiers, or two rectifiers + controller and LVD device (battery protection system).

The system at a height of 13U can be configured with a maximum of 13 shelves (38 rectifiers + controller) to reach an output of 1226A.

1UDC+ Rectifier Features:

100A for each 1U shelf

Digitally controlled power modules 1 – 3 rectifiers on each shelf; rectifiers can be swapped while the system is running The active current distribution between rectifiers Universal input voltage Built-in dual 70A ELVD Two External LVD protectors can be connected to a maximum of 1600A High performance hot-swap system controller used to measure, monitor, and control voltages, current, power, battery, temperature, etc. More than one set of batteries can be used Automatic, pre-programmed battery test (for each set of batteries) Equalizing/Floating charging technology Batteries can be electronically or mechanically protected from over-discharge Option to monitor battery temperature and adjust the temperature accordingly Battery current restriction Smart control and monitoring system with an SNMP interface

DC -AC Telecom Inverter

This DC-to-AC telecom inverter is designed by Gamatronic according to IEC’s specifications and is tested and approved by IEC. The inverter is fed with 220 VDC from the substation’s battery bank. The inverter’s output is 230 Vac at 50 Hz. It employs Pulse Width Modulation (PWM) and is controlled by a 16-bit microprocessor. The inverter’s cabinet and the layout of its components are built as specified by the customer. Easy access to the terminals for all maintenance activities, is provided through the front panel of the cabinet.

The inverter is easy to operate; the controller includes an LCD screen on which input and output voltage, input (option) and output current, and system status information can be displayed. The controller maintains a log of the last 200 system events, including start-up, shutdown, and any system errors or alarms. The inverter can be connected to a computer via an RS232 link to view system status and measurements.

The communications card provides an SNMP link to a local or remote computer, for viewing system status or power measurements, and enables notification of system alarms via email.

DC-DC Converter

Gamatronic’s DC/DC Converter module converts a nominal 48V (42V – 61.5V) to a precise 24V (max 25A) output. Units can be installed in a parallel configuration, enabling N +1 redundancy and increased output.

1U power supplies can be used with the system Adaptable to system demands and specifications Two voltage converters with different output voltages, DC 48V or 24V can be used Can be controlled with a 1UDC controller

Multiple converters can be used in parallel for redundancy and higher output

to operate pretty much any load you can imagine. The cost of these systems is directly proportional to the capacity. You must consider answers to these questions to pick the best backup solution:

• What load would you want to operate during an outage?
• How long would you want the load to be operated?

Every backup power system (battery/inverter system) uses energy that is stored in batteries. Batteries are charged by several methods. In most inverter backup systems, the grid charges the batteries and keeps them charged and will recharge them once the grid comes back on.

A diesel generator can be used to charge the batteries, or the sun, wind or falling water; Batteries deliver to you the exact amount of power you require at that moment. The running time of the system is directly related to your load. For instance, if you know the outage will be long-term, you should only operate the most essential load; whereas if you know the outage will only be brief you can use up much more power knowing the batteries will be charged up by the grid when it comes back on.

 Battery/inverter systems can be located almost anywhere, does not require the storage of fuel, maintenance, oil changes, or operators, etc. 

With the addition of other charging sources such as solar or wind, your battery power system can replenish itself and allow for extended outages. There are tens of thousands of people that live their daily lives with a solar system as their primary source of power.