Power Plant Automation
The new trend of power plant automation is aiming to have good interoperability between a variety of electronic devices in the substation. When it comes to connect all equipments to each automated power system in one substation, it is not uncommon that different interfaces would be supplied by different manufacturers.
Difficulties then arise of integrating different systems with different interfaces. To solve this problem,
the power company in Lithuania chose Korenix JetCon 2401 converters
for its versatile interface 3-in-1 RS232/RS422/RS485 in one port, great
compatibility with various serial equipment, and the stable performance
of logic matrix inside instead of microprocessor. Furthermore, JetCon
2401 supports Fiber Optic which is widely used to isolate and prevent
the electrical interference or overvoltage among different serial
devices, such as remote terminal units (RTU) or radio modems making
JetCon2401 a truly reliable solution under the industrially harsh
environments.
Main Products
Why Korenix
Flexibility
to choose RS232/RS485/RS422 without changing equipment and the possibility to choose ring topology.
Reliable
stable product which does not contain any microprocessor equipment inside (logic matrix)
Connectivity
possibilities to communicate with different manufacturers equipment.
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2010 Rugsėjo 28 d.
With the rapid growth of the Taiwanese economy,
the electric power distribution is the essential issue towards the industrial advance and the high living standard of the household. Taiwanese power company (Taipower), the heart of electricity distribution in Taiwan, plays an important role of providing electricity to its citizens. Taipower is providing high quality electricity to people throughout the HSIANG CHENG ELECTRONIC feeders with Korenix reliable solutions - JetNet 4008f-s, JetCon
2301s. As the automation distribution downstream levels of electric power systems rise electric networking failure is unavoidable.
2010 Rugsėjo 28 d.
Today's demands on power substations are greater than ever before, challenging operators to ensure reliable, non-stop power supply with reduced maintenance and installation costs. In this context, the networking facilities in electric power substations are being redesigned to accommodate the desires of communities, where the high performance communication network should guarantee very strict requirements and comply with the IEC61850-3 and IEEE1613 power standards to prevent the possible power disturbances and outages. Besides, used in power utilities, the networking equipments are subjected to extremes of temperature and humidity, as well as electrical transients from high voltage switching.