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40 kVA Solar Hybrid PCU for high-capacity commercial and industrial power applications.
Uses 240 VDC battery architecture with MPPT solar charging.
Supports up to 166 A solar input per channel for substantial solar integration.
Grid/DG compatibility supports up to 2× inverter capacity.
High overload capability and built-in isolation support reliable load operation.
Multiple operating modes enable optimized use of Solar, Battery, Grid and DG.
Designed to maximize renewable-energy utilization while improving power availability and energy savings.

30 kVA Solar Hybrid PCU built for larger commercial and industrial energy requirements.
Uses 240 VDC battery architecture with high-capacity MPPT solar conversion.
Supports up to 125 A solar input per channel.
Provides Grid/DG compatibility, synchronization and intelligent source management.
Pure sine-wave output and continuous-duty operation support demanding applications.
Configurable for Hybrid, Grid Export, Standalone and Batteryless operation.
Remote monitoring & control* enables operators to track and manage critical parameters remotely.

25 kVA Solar Hybrid PCU designed for dependable power and renewable-energy integration.
240 VDC battery system with MPPT-based solar charging.
Supports up to 104 A solar input per channel.
Pure sine-wave output with ±2% voltage regulation for stable load supply.
Intelligent Hybrid, Export, Standalone and Batteryless configurations provide application flexibility.
Built-in protections include overload, short circuit, battery and solar-side protection.
A strong fit for commercial/industrial sites requiring higher power availability with solar savings.

20 kVA Solar Hybrid PCU** engineered for higher commercial and industrial load requirements.
Uses 240 VDC battery architecture with high-capacity MPPT solar charging.
Supports up to 83 A solar input per channel and MPPT loading up to 120%.
Grid/DG compatibility supports up to 2× inverter capacity.
Multiple operating modes provide flexibility for backup, solar utilization and grid export.
125% overload for 60 seconds and 150% for 5 seconds supports demanding loads.
Ideal where power availability and reduction in grid consumption are key priorities.

Secure essential medical equipment and branch office networks with this compact yet powerful 10kVA 3-phase to 1-phase online UPS. It ensures continuous, high-grade power delivery through an advanced online double conversion topology driven by a 32-bit DSP and IGBT-based multi-level conversion. Specifically configured with a 240VDC nominal battery voltage, the unit guarantees a stable 230V pure sine wave output operating at a reliable 0.8 power factor. Built to gracefully handle unexpected load spikes, it supports a 125% overload for 60 seconds and delivers a flawless 0 msec transfer time. Your most sensitive electronics are completely isolated from harsh grid noise by an inbuilt galvanic isolation transformer located at the output. Operating at up to 90% AC-AC efficiency, this system features optional RS 485 connectivity and comprehensive fault logging for proactive facility management. Weighing just 150kg in a space-saving floor-mounted enclosure, it offers a robust 10+ years design lifespan perfectly suited for critical commercial operations.

Description

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The 10 KVA Online UPS 3-1 Phase is a high-performance power backup solution designed to provide reliable and uninterrupted power for critical applications.
Built with online double conversion technology, this UPS ensures clean and stable power output for sensitive electrical equipment.
It is ideal for industries and commercial facilities that require continuous and dependable power protection.
The system converts incoming AC power to DC and then back to AC, eliminating voltage fluctuations and disturbances.
This process ensures that connected equipment receives pure sine wave power at all times.

The 3 phase input and single phase output configuration allows efficient power distribution for various industrial and commercial loads.
With zero transfer time, the UPS instantly switches between power sources without interrupting connected equipment.
This makes it highly suitable for applications where downtime is not acceptable.

The UPS is designed with advanced digital control technology to deliver stable performance and precise voltage regulation.
Its robust mechanical design ensures long-term reliability even in demanding environments.
The system also supports wide input voltage range operation, allowing it to handle unstable power conditions effectively.

Built using IGBT-based inverter technology, the UPS delivers high efficiency and optimized power conversion.
The system maintains low harmonic distortion, ensuring safe operation of sensitive electronic equipment.
It also includes galvanic isolation protection, preventing disturbances from reaching connected loads.

The 10 KVA Online UPS supports multiple battery technologies including Lead Acid, VRLA, Ni-Cd, and Lithium batteries.
It features an intelligent battery charging system for reliable battery performance and longer service life.

For monitoring and control, the UPS includes communication options such as RS-485 with Modbus compatibility.
This enables remote monitoring and easier system management.

The UPS is engineered for continuous duty operation, making it suitable for 24/7 power protection.
It also supports DG set compatibility, ensuring seamless operation during generator supply.

Designed for mission-critical environments, the system offers overload protection, short circuit protection, and temperature protection.
These safety features help protect both the UPS and connected equipment.

The 10 KVA Online UPS 3-1 Phase is widely used in IT infrastructure, healthcare facilities, banking systems, telecom networks, and industrial operations.
It delivers reliable power protection for equipment that cannot tolerate interruptions or power fluctuations.

With its combination of high reliability, advanced protection, and efficient power conversion, this UPS is an ideal solution for modern power backup requirements.

 

Specifications Grid Charger Grid Frequency Sync Range 50Hz ± 6% Charger Peak Efficiency Higher than 90% Max Grid Import Power Capacity Double of Inverter capacity dependent on battery charging current Max Batt Amp (Charging) 5A to 200A selectable Self Consumption Lower than 4% Recommended DG/GRID Capacity Double of Inverter Capacity Solar Charge Controller Charge Controller Type MPPT Charger Topology BUCK No of MPPT Channels 1 Max Battery Amps during PV charging Full Capacity in Boost Mode / Current Control in Float Mode as per Battery AH Battery Type Supported LMLA, VRLA, SMF, Ni-Cd: Charging Profile can be configured as per the battery requirement Peak Charging Efficiency Higher than 94% Upto 98% Configuration Battery Buffer Setting Selectable from 25%,50%,75% MPPT Modes 2 Input-Solar VOC Range 0 – 900VDC OUTPUT – VFD Output Voltage 0- 415V AC ± 2 %, 3P, 3W Output Frequency Variable Duty Continuous Input-Grid Input Voltage Range 415V AC ± 10% , 3Ph, 3W Nominal Frequency 50 Hz (± 6%) Output Group 1. Voltage, 2. Frequency Output Group 1. Solar Voltage , 2. Solar Current, 3. Power( KW), 4. Solar Energy (KWh) Battery Group 1. Voltage, 2.Current 3. SOC Alarm Group Alarms Are Available For Fault Condition Communication Rs 485 LCD With Backlight & Tactile Key Pad Interface Yes Protocol Modbus RTU Testing Standard IEC -61683:1999, IEC- 60068-2-1, IEC-60068-2-2, IEC-60068-2-14, IEC-60068-2-30- As Per MNRE Requirement Auto Bypass feature Available Grid Export Mode Available, Enable/Disable Options available Safety Factor 1 For Electronic Devices, 1 For Electrical Indication LCD Display Parameters INPUT GRP | Voltage | Current | Frequency Configuration Battery Buffer Setting Selectable from 25%,50%,75% MPPT Modes 2 Input-Grid Input Voltage Range 415V AC ± 10% , 3Ph, 3W Nominal Frequency 50 Hz (± 6%) Inverter Output Frequency 50Hz ± 0.5% Voltage Regulation(Stand Alone) ±2% No of MPPT Channels 1 Frequency Regulation(Stand Alone) ±0.5Hz THD THD less than 4% OUTPUT Waveform Pure Sine Wave Galvanic Isolation Inbuilt Isolation Transformer at Inverter Output Output Power Factor 0.8lagging Peak Efficiency (Full Load) Higher than 75% Overload capacity 125% FOR 60 SEC, 150% FOR 5 SEC / Can be customized DG Compatibility Available Auto Bypass feature Available Grid Export Mode Available, Enable/Disable Options available Anti Islanding Function Available, In Compliance with IEC 62116 Compatible IEC standards IEC -61683:1999- As per MNRE Requirement Input-Solar VOC Range 0 – 900VDC OUTPUT – AC MODE Output Voltage 0- 415V AC ± 2 %, 3P, 3W Output Frequency Variable Duty Continuous OUTPUT – GRID EXPORT Output Voltage 415V AC +-10%, 3P, 3W Output Frequency 47-53 Anti Islanding Function Available Duty Continuous CONFIGURATION Modes Available VFD Mode, AC MODE, GRID EXPORT GRID Export Mode Enable / Disable Option Available ENVIRONMENTAL Acoustic Noise Level from 1 m ≤ 65 dB Operating Temperature 0 to 40 Deg C Storage Temperature -10 Deg C to 60 Deg C Relative Humidity Up to 95 % (Non-Condensing) Altitude < 1000 meter above sea level PHYSICAL Enclosure Protection Grade IP 20 Enclosure Thickness Frame 2.0mm & all covers 1.6mm Cooling Forced Air Colour RAL 7032 / RAL 7016 Cable Entry Bottom CONNECTIVITY Communication (all optional) RS 232 or Rs485, Modbus or GSM Connectivity or Wif Monitoring (all optional) ENERLOG (Remote Monitoring Solution)