ENERGY

AUTOMATION SOLUTIONS

Nowadays, it has become mandatory to keep energy consumption under control. The main purpose of energy automation is to use existing energy efficiently and to minimize risks and losses. Basically, with energy automation;

• Energy savings thanks to the detection of energy consumption points

• Calculation of energy costs

• Ensuring energy continuity and reporting

• Timely detection of malfunctions that may occur and the opportunity to intervene without wasting time are provided.

Gempa

Energy  Automation Systems

With energy automation, it is ensured that the existing energy is used in the most efficient way and that the risks in terms of life and property safety are eliminated. Since energy parameters are constantly monitored, energy consumption is under control. Since all equipment in the system is monitored, any malfunctions that may occur are intervened without losing time. It provides a much safer and safer working opportunity.

Why

Gempa Energy  Automation Systems?

Control and Command System

PLCs (Programmable Logic Controllers) are generally used for units that perform the desired control scenarios. It collects the necessary signals from the control elements in the field and sends commands according to the loaded program. PLCs offer extremely good solutions through advanced communication modules, especially in medium and large-sized businesses, in areas such as long distance and networking.

Command Sending and Monitoring System

It consists of a computer where all points under the control of the control and command system can be monitored and commanded. This program is in contact with PLC. If the computer or SCADA application is disabled, there is no disruption in the operation of the automation system. However, since there will be no communication during this period, data and alarm recording cannot be made on the computer.

Field Controllers

Motorized switches: Compact switches, which are installed at the exit of the electricity generation points in the facilities and at the entrance of the energy consumption points in the electricity distribution system, are integrated into the automation system by adding some additional equipment.

Compact switches: Thanks to their high current limiting capacity, they suppress short-circuit currents as soon as they occur and thus effectively protect all electrical equipment from the wear and tear that short-circuits usually cause.