Inverters for photovoltaic installations

The inverter is the heart of the photovoltaic system, who convert the direct current produced by the PV modules into alternating current, according grid parameters and module optimization.
The trend of increasing efficiency of photovoltaic cells has become an impulse for improve of devices cooperating with this energy source.

Using the latest technological achievements, MMB offers highly efficient and reliable devices for optimizing and converting energy from renewable sources. The new products are based on silicon carbide semiconductor. The new material allows for significant reductions in losses, dimensions and weight of devices.

Products based on silicon carbide are characterized by:
  • Reducing conversion losses by 70%.
  • 40% less weight and dimensions of the device.
  • Increased reliability and life of the device by approx. 30%.
  • Passive cooling system.
Figure 1.0. Topology of MMB Multistring.

The Multistring system topology allows you to optimize each modules chain. Independent tracking of the maximum power point affects the compensation of mismatch losses, which increase over the years as a result of degradation of the cells by PID, LID and leakage currents. The solution allows you to increase energy yield by 10% or more over a 20-year period.

    MMB SOLARIX 12.0 STRING OPTIMIZER

Power optimizer for string of module

MMB Solarix String Optimizer is a DC / DC converter in the BOOST topology that supports two photovoltaic array. Each string has an independent MPPT system.

The basic parameters of the device:
  • Maximum power of modules connected to the 12 kWp device.
  • 98.9% efficiency.
  • IP66 protection class.
  • Passive cooling.
  • Wireless communication option.
  • Dimensions 260 x 252 x 130 mm.
  • Weight 4kg.
Datasheet of the device: MMB SOLARIX 12.0 STRING OPTIMIZER

    MMB SOLARIX 20.0 T3 GRID INVERTER

DC / AC grid inverter

MMB Solarix 20.0 T3 is a three-phase voltage inverter works with two DC / DC optimizers. The inverter allow reactive power compensation with the use of a dedicated electricity meter.

The basic parameters of the device:
  • Rated power 20 kW.
  • 98.8% efficiency.
  • IP66 protection class.
  • Passive cooling.
  • Wireless communication option.
  • Dimensions 430 x 313 x 240 mm.
  • Weight 20 kg.
Datasheet of the device: MMB SOLARIX 20.0 T3 GRID INVERTER

    MMB SOLARIX 250.0 GRID INVERTER

Three-level central grid inverter

A three-level central grid inverter on IGBT transistors, dedicated for large photovoltaic power plants. The inverter works with string optimizers, thanks to which the system achieves high efficiency. The modular construction allows for the construction of an inverter with power from 250kW to several MW.

The basic parameters of the device:
  • Rated power of 250 kW module up to 55 °C
  • Efficiency of 97.3%.
  • IP54 degree of protection.
  • Active cooling - technology 55 °C
  • Module weight ~70 kg.
Datasheet of the device: MMB SOLARIX 250.0 GRID INVERTER

    MMB SOLARIX 350 MODULE OPTIMIZER

Module optimizer

Optimizer and intelligent module switch, maximizes power output from individual modules and supports function of disconnecting the output after detecting the interval between the network inverter.

The basic parameters of the device:
  • Maximum power of the module connected to the 350 Wp device.
  • Efficiency of 99.13%.
  • IP66 protection class.
Datasheet of the device: MMB SOLARIX 350 MODULE OPTIMIZER

MMB Drives Sp. z o. o. is a company with 14 years of experience, founded by graduate students of the Faculty of Electrical and Control Engineering Gdansk University of Technology to commercialize the results of research and targeted projects financed by the Ministry of Science and Higher Education, implemented in a team led by Prof. Zbigniew Krzeminski, PhD DSc.
The main company business profile is based on the production of medium and low voltage inverters for the oil & gas industry. The experience gathered in the demanding market has been successfully implemented into products cooperating with renewable energy sources.
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