New Zealand’s largest thermal power station is operated by Genesis Power, in Huntly. It generates 1,000 megawatts of electricity from coal and gas.
The power plant had operated four separate radio systems and coverage had been poor because of the types of buildings on site.
A single TaitNet TN1100 site is now providing coverage around the 175 acre plant, along a 1.8 mile overland coal conveyer, and to ash ponds north of the plant.
Twenty-six Intrinsically Safe Tait portables are used on the system along with five Tait mobiles. One of the mobiles features dual control-heads, enabling staff on opposite sides of a control desk to operate it easily.
Two T1810 channel controllers (each capable of managing four channels) provide the system intelligence. The business may implement telephone interconnection in the future, which is possible with the TN1100.
The new system allows the five different work-groups at the plant to communicate with each other and features an emergency-call option.
The old systems were voice only, while the new system provides data and PABX features as well as backup power and duplicated audio linking.
Tait and Genesis are also looking at extending the radio coverage to areas like the underground power-cable tunnels at the plant and the TN1100 system to support future expansion.
Other case studies
Basin Electric is one of the largest electric generation and transmission (G&T) cooperatives in the United States.Read client story
Gippsland Water was happy to reinvest in Tait quality and upgrade their existing Tait system. CommSite delivered and installed Tait digital radio system to three Gippsland Water sites and upgraded the fleet of vehicles from analog radios to Tier 3 Trunking digital mobile radios.Read client story
This guide provides utility organizations with a technical introduction to currently available open standard, digital technologies. For utility organizations seeking to replace existing networks, or considering an initial purchase of a communication solution using land mobile radio (LMR), this guide will seek to inform those decisions.