We optimise reactive energy charges.
Reactive power compensation at the level of 98-100%
When choosing a device for reactive power compensation, one should be guided primarily by its quality and compliance with standards and directives. Such a guarantee of quality can be mainly boasted by Polish and European manufacturers such as Lopi. Thanks to the use of highest quality components and work of Polish engineers, we have guaranteed the highest quality of devices and the highest effect of reactive power compensation and filtration of higher harmonics. This translates into a reduction of reactive power charges on bills, as well as the elimination of negative phenomena associated with higher harmonics.
LKD Dynamic Compensator
Step control of single and three-phase capacitors and chokes in one controller
LRM controllers are dedicated to be used in both inductive and capacitive automatic compensation systems. The devices are designed to work in capacitor banks, choke banks and hybrid banks. The LRM controllers are characterised by a compact design, and their installation, commissioning and operation are clear and understandable.
LRM001
LRM002
Execution of the reactive power compensation system
Devices for reactive energy compensation
We deal with the comprehensive construction of reactive power compensation systems in industrial and service facilities, hospitals, telecommunications power plants and street lighting investments. In addition, we implement compensation systems for medium and small companies. After the analysis and measurement stage, we adjust devices with the right parameters to the individual requirements of the facility in order to reduce reactive power charges and thus improve energy efficiency.
Thanks to the remote communication system, the analysis of parameters of the network and of the reactive power compensation system is now possible from any place in the world.
The LRMCtrl modem and the LRMnet portal help in optimising the work related to control and maintenance service. Remote monitoring of the most important supply parameters, such as current, voltage and powers, sent by LRMCtrl on a current basis and measured by the LKD dynamic compensator or the LRM001 power factor controller, is available twenty-four hours a day. The system also warns about significant or risky events in the energy system, by sending a message to selected telephone numbers.
Communication modem LRMCtrl
LRMnet portal
Switching on single-phase and three-phase power capacitors in the reactive power compensation systems
In response to the current challenges facing the power network systems, we have designed an LH hybrid thyristor connector.
A thyristor connector is a device dedicated to switching on power capacitors, which primarily increases their service life. With the use of the connector for switching on the capacitors, the potential difference between the network and the capacitor is zero. As a result, in-rush current is equal to the rated current. This prevents the current surge phenomenon and, in addition, secures against a voltage drop in the network caused by high in-rush current of charging the capacitors.
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A thyristor connector is a device dedicated to switching on power capacitors, which primarily increases their service life. With the use of the connector for switching on the capacitors, the potential difference between the network and the capacitor is zero. As a result, in-rush current is equal to the rated current. This prevents the current surge phenomenon and, in addition, secures against a voltage drop in the network caused by high in-rush current of charging the capacitors.
