- 27/08/2016A True Leader here at ABB with a great management team:ABB to provide wireless network for highest capacity onshore wind farm in the UKwww.abb.com ABB to provide wireless network for highest capacity onshore wind farm in the...
Comments27/08/2016 #1 Bill Stankiewicz, 🐝 Brand AmbassadorThe two new substations will step up the voltage from 33 to 400 kilovolt (kV), ready to feed into a new 400 kV National Grid substation. Pole-mounted CCTV cameras around the perimeter fences of both substation sites will be connected into a highly resilient wireless mesh network using ABB’s wireless routers. The two sites will be linked by optical fiber and connected to a control station with a network video recorder to provide recording and monitoring.
“Our advanced wireless network solution will ensure that data is directed efficiently through intelligent routers to where there is capacity,” said Massimo Danieli, Managing Director of ABB’s Grid Automation business unit, a part of the company’s Power Grids division. “This minimizes delays and gives customers real-time visibility and control of their assets and it is another example of ABB’s Internet of things, Services and People approach – a key element of our Next Level strategy.”
Physical and cyber security is critical for utility communication networks. ABB’s wireless routers are designed to cope with almost any physical challenge, a necessity when routers are routinely installed in outdoor locations in the field. As the network grows, each smart router will automatically reconfigure itself, making expansion relatively simple. The mesh network design offers inherent reliability, as the network can handle any outage by redirecting data intelligently and seamlessly.
In addition to the wireless communication system, ABB is also supplying switchgear, transformers, and IEC 61850 compliant substation automation, control and protection equipment as part of the overall substation solution. ABB’s state-of-the-art MicroSCADA control and RelionTM protection equipment, working in combination with a STATCOM (Voltage Source Converter based reactive power compensation) solution, will be used to control and regulate the output of the wind turbines to ensure they remain within National Grid’s rigorous power quality