Elpower products
On-Grid Inverters
Elpower - On-Grid Inverter
Inverters in the CLEANVERTER 15-30 TL series have been designed specifically for grid connection of variable-speed renewable source power plants using a permanent magnet synchronous generator or excited synchronous or asynchronous. CLEANVERTER 15-30 TL is a comprehensive system built in an cabinet for outdoor installation without transformer, with a double (back to back) inverter configuration with DSP (Digital Signal Processor) digital control meaning the electrical generator is managed as effectively as possible.
Elpower - On-Grid Inverter
Inverters in the CLEANVERTER 40-100 TL series have been designed specifically for grid connection of variable-speed renewable source power plants using a permanent magnet synchronous generator or excited synchronous or asynchronous. CLEANVERTER 40-100 TL is a comprehensive system built in an cabinet for outdoor installation without transformer, with a double (back to back) inverter configuration with DSP (Digital Signal Processor) digital control meaning the electrical generator is managed as effectively as possible.
Elpower - On-Grid Inverter
Inverters in the CLEANVERTER 150-250 TL series have been designed specifically for grid connection of variable-speed renewable source power plants using a permanent magnet synchronous generator or excited synchronous or asynchronous. CLEANVERTER 150-250 TL is a comprehensive system built in an cabinet for indoor installation without transformer, with a double ( back to back) inverter configuration with DSP (Digital Signal Processor) digital control meaning the electrical generator is managed as effectively as possible.
Elpower - On-Grid Inverter
Inverters in the CLEANVERTER 10-30 series have been designed specifically for grid connection of variable-speed renewable source power plants using a permanent magnet synchronous generator or excited synchronous or asynchronous. CLEANVERTER 10-30 is a comprehensive system built in an cabinet for outdoor installation with transformer, with a double ( back to back) inverter configuration with DSP (Digital Signal Processor) digital control meaning the electrical generator is managed as effectively as possible.
Elpower - Remote Control and Datalogging System
CLEANVERTER TL products can be integrated with a local or remote system of supervision which can be implemented by combining in different ways (see table) the elements written below:
Elpower - Multiple Mode Inverter
This manual contains important instructions for DB 200 and CLEANISLAND 100 AU/NZ that shall be followed during installation and maintenance of the converter. Keep this document in a place that will keep it safe and easily accessible during installation or maintenance. This manual must be read in conjunction with the user manual for further information about the connection of the whole system and the functionalities.
Energy Storage
Elpower - 100 kW Energy Storage System
With a power range between 30kW and 500kW Cleanisland is the best solution for applications with different energy sources and different storage capability. The conversion system is based on a DSP control, specifically designed for off grid applications and it has two working modes:
Elpower - 250 kW Energy Storage System
With a power range between 30kW and 500kW Cleanisland is the best solution for applications with different energy sources and different storage capability. The conversion system is based on a DSP control, specifically designed for off grid applications and it has two working modes:
Elpower - 500 kW Energy Storage System
With a power range between 30kW and 500kW Cleanisland is the best solution for applications with different energy sources and different storage capability. The conversion system is based on a DSP control, specifically designed for off grid applications and it has two working modes:
Elpower - Energy Management System
The plant management logics (priority of power sources, timings, ..) are implemented in the firmware of the EMS board and can be parameterized via software. The dedicated hardware allows to control external sources (e.g. genset) via I/O and/or communication interface like Modbus and to have 2 three-phase measurement points (for example loads and power supply) or 6 single-phase points.
