Following the popularity of NOJA Power’s Control and Management Software (CMS) instructional videos, NOJA Power have added new videos to this series.

13 August 2020 – Australian switchgear engineering firm today announces the addition of ANSI 32 Directional Power Protection to the suite of features available in the RC10 and RC15 Recloser Controls for OSM Reclosers.

6 May 2020 – Switchgear engineering firm NOJA Power today confirms the release of a new firmware upgrade package for their RC10 and RC15 Recloser Controllers.

20 June 2019 – In line with continuous product development schedule, Australian switchgear manufacturers NOJA Power have released Relay 1.22.0.0 firmware for their RC10 and RC15 controllers. Forming part of the OSM Recloser system, Relay 1.22.0.0 brings a functionality upgrade available as a free optional upgrade for existing users of the RC10 and RC15 platforms.

4 June 2019 – Switchgear manufacturing firm NOJA Power today confirm the release of a new software tool for remote firmware upgrade of their RC10 and RC15 controllers.

18 February 2019 – Evolution in switchgear technology has simplified renewable connection as demonstrated by a new Wind Farm in the Philippines connected to the grid using a NOJA Power OSM Recloser. This installation at Romblon in early 2019 forms part of local initiatives for sustainable energy development.

Australian Distribution Switchgear Manufacturer NOJA Power today announces the release of the 1.21.0.0 version of firmware for its RC Series Recloser controllers. NOJA Power follows a continuous development process of augmentation for the RC series controllers, providing the upgrade free of charge to existing users of the NOJA Power RC10 or RC15 products.

Australian switchgear engineers NOJA Power are celebrating the achievement of certification of their RC10 Recloser Controller to the IEC 61850 standard for substation communications by German certification provider TÜV Süd.

Earth Fault Protection is a fundamental protection technique in modern distribution networks. With approximately 80% of electricity supply faults on the distribution grid attributed to this class of network failure, it is unsurprising that substantial research and effort has been committed to resolving the challenges this presents.

When presented with an ever-growing complexity of protection and automation functionality, modern Distribution Network operators are faced with a formidable challenge of interrogating and understanding network IEDs. It is, after all, their responsibility to have a solid grasp on the assets which they are charged with maintaining.