Our Hybrid DCPS is a standaloneIP55 outdoor enclosure with an AC-DC power distribution and management system. Its built-in intelligence optimizes the utilization of sources like Renewable energy, Grid and DG resulting into substantial reduction in monthly operation cost. The product offers modularity, high efficiency along with advantage of easily installation and maintenance.

GP Hybrid Power System provides unique features such as power source prioritization, remote monitoring & controlling, fuel level monitoring, temperature monitoring, air-conditioner control, free fan cooling operations which will be an added advantage to optimize the site running cost further. It is designed to conform Telecom Industry standards to meet diverse requirements.

Features:

• IP55 double skin fan cooled ODR cabinet with ΔT < 10℃
• Operating temperature -10℃ to 50℃ - 48V DC power
• Space for accommodating Li-Ion Battery (16 x 100Ah* with DC Air-con option)
• Power optimizer technology to maximize solar utilization
• Integrated distribution panel customizable for various loads
• System level surge protection (SPD) - Class B &C
• Customizable load distribution up to 4 tenants
• LCD display for Grid, DG, Battery and Solar parameters
• GPRS modem for remote transmission of data to server
• Event log up to last 1000 events with date & time stamp
• Integrated Fire/smoke alarm
• IP65 glands for cable entry

Data sheets

• Single phase, hot-pluggable, fan-cooled
• Constant output power (3000W i.e. 55.5A at 54V) characteristic.
• Specified power over the full output voltage range (48 to 58Vdc).
• OPEX & energy saving - leading efficiency 96 %
• Modular in terms of power upgrade of existing systems
• Protection against loss of Neutral and AC overvoltage
• Low audible noise - Fan cooled with speed control
• Constant output power characteristic
• Operating temperature range up to 70℃
• Efficiency >= 96%
• Highly rugged rectifier
• Exclusively designed to take care of wide line fluctuations and extreme climatic conditions prevailing typically in rural/ semi-urban areas (“B” & “C” telecom Circles)
• Optimum power performance
• Power output between 90V-330Vac, linearly de-rated power between 175V-90Vac
• Compact and light
• Six rectifiers can be accommodated in one row (19” shelf) implying more compact system

UPS designed to support various applications across the entire spectrum of the Industry:

• Data centers, ATM’s, High End Servers and Software Development Houses.
• Critical Medical equipment’s.
• Telecommunication equipment’s.
• Laboratory & Analytical equipment’s.
• Process Control, Instrumentation and Automation Loads.

Features:

• FiNew Generation True Online Double Conversion Sine Wave UPS Systems. lters
• Designed with latest PWM IGBT based Technology with DSP control.
• Efficient, Reliable & Compact Design.
• Built in Galvanic Isolation Transformer & Static Switch for auto changeover.
• Good Engineering for easy installation, servicing and low MTTR.
• UPS Designed with 10 years of Service Life.
• UPS Designed with Wide Input Range & to operate smoothly in fluctuating Power Conditions in any corner of the country.
• UPS designed with wide input range and operates smoothly with Genset input.
• User Friendly LCD Monitoring, inbuilt RS232/ RS485 port and optional SNMP, MODBUS and GSM module for monitoring UPS remotely.
• Excellent Charger with Higher Charging Current capabilities (on demand) to ensure longer battery life.
• UPS certified by ETDC, SAMEER, CPRI, COEP.

Solar Inverters or standalone Inverter or modular Inverter make the best use of the alternative energy from the sun. The abundant solar energy can be utilized as PV or Photovoltaic energy through sophisticated devices, developed with high technology. Solar Inverter is a highly reliable product that gives a pure sine wave output. This product is very easy to install and works in a cost-effective manner.

Features:

• High reliability and high efficiency
• Pure sine wave output with Low total harmonic distortion
• Soft Start with short circuit protection with wide input range
• High surge capability
• Industrial grade bi-directional Inverter
• Rated for continuous operation at full load
• Programmable battery management parameters
• Integrated PV Charger Controller with Solar priority charging
• Grid charging ON/OFF facility
• Automatic re-start after over load triggered shutdown
• The inverter section of the PCU has high conversion efficiency from 25% load to the full rated load. The conversion efficiency at 25% load is not less than 80% of that at full rated load. The efficiency of the inverter is more than 87% at full load.

As e-mobility increasingly becomes part of daily life, there is a growing need for more efficient charging solutions.

Electric vehicle (EV) quick charging stations equipped with powerful DC chargers.

DC EV chargers are an attractive choice because they allow much faster charging than the standard AC EV ones that many EV owners have at home or designated locations.

DC charger with 150 kW can put a 200 km charge on an EV in around just 15 minutes.

Benefits:

• With a one-stop hybrid DC power cabinet of high-quality components and solutions, our broad portfolio covers power ranges for the kilowatt requirement, and includes power rectifiers, microcontrollers, gate drivers and authentication solutions.
• A high-power DC charger design converts an incoming 3-phase AC supply, using an AC-DC and DC-DC convertor, to the DC voltage required by the vehicle.
• A channel for data transfer is also included to provide information about the vehicle and the battery’s charging status and a secure data channel for billing purposes.
• Reduce energy costs by up to 30% and potentially sell services to grid & utility companies.
• Eliminate 98% of emissions and all noise and vibration
• This solution will help in diverting the peak of charging load from the demand peak of the network, unpredictable mobile load in the form of EVs would be transformed into a stationary load and it would be easier to predict.