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IGBT-based battery charger Battery chargers play an important role in ensuring the optimum life and performance of industrial storage batteries.
EnerTech range of Industrial IGBT-based 1-Phase | 3-Phase Battery Chargers are designed and built for the harshest conditions and to offer a very consistent power supply with the potential to charge batteries. Best IGBT battery charger provides low THDi rejection and high power factor, downsizing the AC supply line and allowing cost reduction.
IGBT-based battery charger Battery chargers play an important role in ensuring the optimum life and performance of industrial storage batteries.
EnerTech range of Industrial IGBT-based 1-Phase | 3-Phase Battery Chargers are designed and built for the harshest conditions and to offer a very consistent power supply with the potential to charge batteries. Best IGBT battery charger provides low THDi rejection and high power factor, downsizing the AC supply line and allowing cost reduction.
IGBT combines thyristor and IGBT technologies in a three-phase, three-level converter bridge that offers best-in-class performance and a robust development. Using a powerful microprocessor to control all the functions and provide reliable operations with ease of settings and communication.
EnerTech is a leading Manufacturer and supplier of IGBT Battery charger which is suitable for charging nickel-cadmium or lead acid batteries while simultaneously supplying DC loads. It may also be utilised as a direct power source without the need for batteries.
Safety and Protection
Surge / undervoltage stop
• Overvoltage protection
• Protection against phase failure
Main features
● Input THDi <5%, P.F. up to 0.99.
● Proven microprocessor control.
● Large LCD panel with mimic panel and history.
● Wide selection of alarms, indications and measurements.
● Electronic battery and charger output current limit.
● Rugged IGBT-thyristor bridge with isolation transformer.
● 20 programmable alarm and status LEDs.
● Operates with Nickel-cadmium (vented/ gas recombination)
and Lead acid batteries (vented/ gas recombination).
● Advanced Battery Management.
● Flexible in-built features.
● Operation without battery (Rectifier).
● Highly customizable.
● Easy maintenance and serviceability
● Communication ports and potential free contacts.
● 4 level battery charging, including manual charge.
● High MTBF and low MTTR
Application:
● Oil & Gas.
● Petrochemical.
● Power Generation.
● Transportation.
● Mining industries.
● Transmission & distribution.
● Other Heavy Industries.
This is a special type of low cost charger for the low voltage range. Only one converter is used. In floating mode, it connects directly to the charging bus and simultaneously floats the battery to meet the DC load at a constant voltage. In boost mode, the battery will be charged at a constant current rate. The load will be connected by a controlled dripper so that it is not affected by the charging (charging) voltage. In this system, simultaneous floating and impulse charging can be done with a single converter.
The system consists of two converters for Float loader and Float cum Boost. The main function of a floating charger is to provide a connected DC charge and to simultaneously charge the floating battery bank to keep it in a fully charged state so that it can charge the charge during a power failure or a power problem. input power supply. The function of the Float charger is to quickly charge the battery after a heavy discharge and return it to full capacity in the shortest possible time and to charge the charge if the Float charger fails.
The floating charger is connected directly to the charging bus and the Boost charger is connected to the battery. The floating charger will provide a continuous load at a constant voltage. The Boost charger will quickly charge (increase) the discharged battery at constant current as needed. A DC (DC) contactor is connected between the battery and the charging bus. It will connect the battery to charging when charging is complete or the float charger is damaged or the AC power source is damaged. The take-up time (200-500ms) of the DC contactor may interrupt the charge. The connected cell blocking diode (CD) provides at least 80% of the battery voltage during this time.
The system consists of two converters for Float loader and Float cum Boost. The main function of a floating charger is to provide a connected DC charge and to simultaneously charge the floating battery bank to keep it in a fully charged state so that it can charge the charge during a power failure or a power problem. input power supply. The function of the Float charger is to quickly charge the battery after a heavy discharge and return it to full capacity in the shortest possible time and to charge the charge if the Float charger fails.
Absolutely! EnerTech Industrial Solar Hybrid Inverters are designed to be versatile and adaptable, making them suitable for a wide range of applications including commercial, residential, and industrial settings. Whether you're looking to power a small home, a large commercial facility, or an industrial complex, our inverters offer the scalability, reliability, and efficiency required to meet your energy needs. With advanced features and robust construction, EnerTech inverters excel in various environments, providing seamless integration with solar PV systems and battery storage solutions for optimal energy management.
Key features include high capacity, scalability, grid-tie and off-grid operation modes, advanced monitoring and control capabilities, robust construction for industrial environments, and compatibility with heavy-duty industrial machinery.
Yes, EnerTech Solar Hybrid Inverter comes with built-in monitoring and control logic so that user can remotely modify system parameters which avoids unnecessary visit of engineer. This remote monitoring and control device can also monitor energy production, consumption, and system status.
Yes, Solar Hybrid Inverters can provide reliable backup power for critical industrial equipment, and sensitive loads by giving zero second or no break change over time ensuring continuous operation during grid outages or emergencies.
Yes, Industrial Solar Hybrid Inverters can be configured for off-grid industrial applications, providing reliable power without access to the utility grid. Battery storage allows for energy storage and backup power during periods of low solar generation.
Yes, EnerTech Solar Hybrid Inverters are compatible with lithium batteries. Our inverters are designed to work seamlessly with various battery chemistries, including lithium-ion batteries, providing flexibility and reliability in energy storage solutions. Whether you choose lead-acid, lithium, or other battery types, our Solar Hybrid Inverters are engineered to optimize performance and efficiency, ensuring compatibility with your preferred battery technology.
Yes, the Enertech Industrial Solar Hybrid Inverter is designed to operate in both grid-tied and off-grid modes, providing flexibility and reliability in various energy scenarios. This inverter has the capability to export extra energy produced from solar for net-metering application.
Yes, EnerTech inverters are optimized to efficiently manage solar energy generation thereby making sure your loads are operated on solar energy in absence of battery and grid. Therefore the solution is ideal for stand alone solar applications. We recommend consulting with a solar energy expert to explore options tailored to your specific needs and requirements.
The Enertech Industrial Solar Hybrid Inverter is compatible with various battery type like including lead-acid, lithium-ion, and others, depending on the model and specifications.
Yes, the EnerTech Solar Hybrid Inverter equipped with battery storage can provide backup power during grid outages, ensuring uninterrupted operation of critical loads.
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