ENERON

ENERON is an innovative, easily-scalable, user-friendly uninterruptible power supply (UPS) system developed specially to support substations. The system can supply up to several thousand kilowatts of AC and DC loads for a wide range of commercial and industrial applications, such as: power generation, transmission, and distribution; oil and gas extraction; automation control; maritime; railway; and various others.

HOW IT WORKS

The system relies on two main components

  • A state-of-the-art UL3000D rectifier module that utilizes hot-swap tech and system redundancy with a superior peak efficiency reaching up to 98.6%

  • An application-oriented 14000B invertor that is compatible with multi-voltage input levels and able to produce pure sine wave AC output when needed

Tech Specs

Rectifier UL3000D

The rectifier module UL3000D has Superior peak efficiency up to 98.6% and high power density, providing a low total cost of ownership. Using hot swap technology and control system redundancy, maintenance has never been easier and more cost-effective.

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Rectifier Module Datasheet

Input (AC)
Voltage,nominal 230V / 3 x 400V
Voltage range 140 V … 276 V
Frequency 45 Hz … 66 Hz
Power factor >0.99
Output (DC)
Voltage 24V, 48V, 110 V, 220V other on request
Power, nominal per module Up to 3000 W
Static Voltage regulation
(From 10% to 100% load)
2±0,5%
Dynamic Voltage regulation
(From 10% to 90%
90% to 10% load) / Response Time
±5% / <2ms
Other features
Peak Efficiency 98,6%
Module Dimensions (WxDxH) 112x450x290 mm
Weight of rectifier module 8 kg
Mean Time to Repair (MTTR) <1min
Mean Time Between Failures (MTBF) 400.000 hours (calculated)
Key features Compatible with different battery (lead acid, NiCd, Lilon etc.) Battery test and asymmetry control Voltage temperatures compensation Fan speed regulation (current and temperature) Digital, light and sound signaling (LCD display, LED’s)
Protection Protection against over-voltage and disturbances at the input Protection against overload and short circuit at the output Protection against deep battery discharge
Remote monitoring Ethernet TCPIP, SNMP
Ambient temperature -30°C … +70°C
LVD standard EN60950-1:2006
EMC standards EN61204-3:2003
EN61204+A1:2003
EN61204-7:2007
Manufacturer’s quality standard ISO 9001:2015,
AQAP 2110
Downlaod pdf

Inverter I4000B

The inverter module I4000B has various input voltage levels, customized for each application. Pure sine wave AC output at all times. It provides critical AC loads up to 4000 VA with low self-consumption (max is <1 A).

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INVERTER MODULE DATASHEET

Input (DC)
Voltage,nominal 48V, 110 V, 220V other on request
Voltage range 42…60V, 90…160V, 170…280V
Output (AC)
Voltage Pure Sine Wave 230V, 110V other on request
Frequency 45 Hz … 66 Hz
Power, nominal per module Up to 4000 VA (from 0.5 leading to 0.5 lagging)
Static Voltage regulation (From 10% to 100% load) ±0,5%
Dynamic Voltage regulation (From 10% to 90% and 90% to 10% load) ±5%
Other features
Efficiency Up to 92%
Harmonic Distortion at the output (THDv) <3%
Protection Degree IP20 (up to IP65 inside a cabinet)
Audible noise <65dB @ 1m distance
Ambient temperature -30°C … +70°C
Operating Humidity 0-95% RH non-condensing
Operating Altitude <=3000 m without derating
Module Dimensions (WxDxH) 444x455x132 mm
Module Weight 10 kg
Painting Color RAL9005, RAL7035, RAL7032 other on request
Remote monitoring Ethernet TCP IP, SNMP
Key features Galvanic Isolation
Static Bypass Supply
Manual Bypass Supply
Fan Speed electronic regulation Digital, light and sound signaling (LCD display, LED’s)
Alarm history and Diagnostic messages
Additional Signals (DI, DO, AI) may be wired on demand
Protection Protection against over-voltage and disturbances at the input
Protection against overload and short circuit at the output
Protection against high temperature
Mean Time to Repair (MTTR) <1min
Mean Time Between Failures (MTBF) >400.000 hours
Safety standard EN60950-1:2006+A11, EN60950-1:2009+A1,
EN60950-1:2010+A12, EN60950-1:2011
EMC standards EN55022:2010
Manufacturer’s quality standard ISO 9001:2015, AQAP 2110
Downlaod pdf

Benefits

HIGHLY EFFICIENT

The peak efficiency up to 98.6% and the mini - mum heat losses are in full compliance with the modern trends of reducing CO2 emissions

UNMATCHED RELIABILITY

The modular architecture allows all issues to be corrected by simple module replacement, with the CPU instantly spreading the load over the remaining system without any disruptions.

EXTREMELY ROBUST

The wide operating voltage, frequency and temperature ranges makes it unique for the most demanding application.

UNLIMITED SCALABILITY (BUILT AS YOU GROW)

Simple addition of extra modules to increase power, redundancy or to supply new consumers of different voltage level.

HOT SWAP TECHNOLOGY

Easy and safe removal or addition of a module while the rest system continuous to supply the load. No tools are needed for any removal/addition of the pluggable modules. Even the Monitoring Control Unit (MCU) is pluggable. Extremely low MTTR (<1min) is attained with no effect on loads operation by simple module replacement.

REDUNDANCY

Any module redundancy configurations (N+1, N+2, N+3 etc) may be applied dependent from the needs of the application. In addition to the above, all the modules are equipped with each own CPU and flash memory in order the system to be able to operate in normal mode even if the MCU is removed or failed.

LOAD SHARING

The modules are sharing the load equally. In case of sudden change of the load or module failure/ removal the load sharing facility is restored in few msec.

MAINTENANCE FREE

Manufactured to the highest standards and require no maintenance.

ALL-IN-ONE SYSTEM

One integrated system may contain different modules with the same operating philosophy such as Rectifier, Inverter, Converter, Stabilizers, Distribution boards etc. Compact and flexible systems may be built due to the capability of supplying wide diversity of consumers.

BATTERY LIFE EXTEND

The system monitors and treats all types of batteries with a sophisticated control logic, in order to protect and extend the battery life expectancy. Some of the key features are presented below:

  • Charging Voltage Temperature compensation
  • Asymmetry contro
  • Auto periodical capacity test
  • Auto float/boost mode
  • Deep Discharge Protection

REMOTE MONITORING AND DATA RECORDING

Remote monitoring via SNMP protocol and web browser application software. Any fault events and all the measured data are recorded. May be also extracted for further analysis in a spread - sheet format.

INTERNAL COMMUNICATION PROTOCOL

A proprietary internal control communica - tion protocol with virtually unlimited modules connections and extremely high responses is being used for the system components.

Efficiency up to

98.6%

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