Avatec Power Pte Ltd products

NP 2031 Industrial UPS systems are either single or three phase output. The system can be fully customized according to the customer’s requirement. Using the most advanced technology; these systems are on-line double conversion type and specifically designed to protect the AC load from any power disruptions from the AC mains power supply. It is suitable to be used in harsh operating environments such as Oil & Gas, Offshore Petrol Chemical Plants, Power Generation and Marine.

Microprocessor controlled Rectifier/Battery Chargers, either single-phase or three-phase systems, are designed to supply DC power to sensitive loads at a constant uninterrupted voltage, free from the usual utility power line distributions. Extremely user friendly, it allow users at ease to control and monitor all the functions. Additional features can readily be added without the additional of components. Communication with the equipment is one touch away, using TCP/IP technology, where remote viewing and accessing the parameters of the system is made possible by a web based application program. It is suitable for applications in the petrochemical industries, onshore or offshore, data processing monitoring control systems, military defences, and many more.

NP2031 - Inverter systems are either single or three-phase output. Nominal DC-input voltage is 110 or 220V, and the output power ranges from 5kVA to 400kVA. The system can be fully customized according to customer’s requirement, using the most advanced technology in the power supply application. Power conversion to AC voltage is monitored by means of IGBT technology, assuring high performance in terms of efficiency, minimal harmonic distortion, and voltage stability. It is suitable to use in harshest operating environment such as petrochemical plants, refineries, offshore platforms, oil and gas pipelines, and power generation plants.

The telecom module is a single-phase compact battery charger and rectifier that can be standalone or working in parallel as part of a DC power system. With or without battery, the modules provide high quality, reliable DC power for telecommunication applications. Adopting the hot plug-in concept, the modules make the systems ultra compact and allows minimal complexity in the cable management. The NSP 1000I model has 48V (50A) DC output, whereas the NSP 2000H model has 24/48/60V (10/30/60A) DC outputs. It is suitable for applications in telecommunications and data networks.

This load bank is either stationary or mobile type, for DC load testing applications, at rated current up to 1000A, and voltage up to 500V. Customised, designed and manufactured strictly based on the customer’s specifications. With manual incremental load steps, this load bank provides accurate load control. Safety features include load protection system, fan failure shutdown, airflow restriction, and full accessibility to components. It is suitable for applications in load testing in military establishments, large power plants, telecommunication sites, and ship.

NPH Range low maintenance Ni-Cd batteries are intended for rail applications that have frequent or infrequent discharges, such as starting and power back-up. The typical discharge range is from 1 second to 30 minutes.

Type SR batteries are sealed and rechargeable VRLA Lead Acid Batteries. Their electrolytes are retained in a glass mat constructed with fine glass-fibre structure. Working in a constant float condition at an operating temperature of 20°C, the design life is up to 5 years. It is suitable for applications in telecommunications, marine equipment and electric power systems.

Type PP is designed as standby batteries, best possible compromise in pasted plate technology. Ideally used to backup and maintain power supply continuity when a power failure or disruption occurs, may it be seconds or hours. It is suitable for applications in safety and emergency lighting, control and signalling devices, power generators plants, standby power for railways network, and marine generator start-up.

Polycrystalline silicon panels are the most commonly used that offers better cost efficiency and low maintenance cost compared to other types of silicon solar panels. Consisting of many individual PV cells, each individual cell is isolated, making it possible for replacement of a damage independent cell without the need to replace the entire panel.

String ribbon silicon panels are made in a similar way as the polycrystalline silicon panels, resulting in almost the same electricity return rate of 12% to 14%. Unlike polycrystalline silicon panels, string ribbon silicon panels are made of PV cells fabricated in silicon strips bonded to metal bars to form a cell.