Connecting the Grid. Wisely.
GridON sets the new standard for electrical grid reliability, safety, performance & efficiency
Fault Current Limiters for increased capacity in electricity networks, for reliable connection of distributed generation and renewable energy sources, and for incresed supply of power in industrial plants
GridON enables the ever-growing demand for electricity consumption, while improving energy efficiency and network stability, and reducing carbon emissions. Fault currents, caused by short circuits in power grids, keep rising with the increase in electricity supply on meshed networks, and often exceed network protection capabilities. Cascading fault currents may result in supply disruptions, equipment damages and severe power outages. Grid operators are forced to invest hundreds of millions of dollars in order to prevent catastrophic consequences. Conventional solutions include grid segmentation and costly upgrades, which negatively impact power quality, stability and reliability of supply.
The growing demand for connecting Distributed Generation (DG) sources has been facing major challenges – in particular mitigation of extra fault current introduced with DG connection to distribution grids. Network operators will not authorize connection of gas generation, biogas cogeneration and other renewable resources, without proven means for protecting the distribution network from excessive fault currents. Independent power producers are often required to make significant investments and bear long delays and loss of revenues, before receiving permits to connect.
Many industries - such as semiconductor, data centers, chemical processes, oil & gas, steel and cement - are extremely sensitive to electricity disruptions which often lead to severe business impact and financial losses.
GridON is offering grid operators, power producers and industrial customers cost-effective fault current limiters (FCL) which enable network meshing and reliable connection of additional generation and renewable energy sources to transmission and distribution networks. The FCLs accelerate connection of decentralized generation sources and enable secure supply of power to industrial grids. The product lowers the overall resistance across meshed networks, hence reducing losses and offsetting millions of tonnes of carbon emissions. GridON's FCLs improve grid resilience and reliability, while eliminating network upgrades and early retirement of fit-for-use equipment, saving millions of dollars in a typical network.
GridON’s FCLs are in field operation in live networks since early 2013, proving very reliable. Being scalable to very high voltage and power ratings, the commercial product is well-suited for transmission and distribution network applications. GridON also offers a cost-effective product family for mid-to-high voltage applications. This economical product with smaller footprint was designed specifically for industrial and power producing customers. GridON has been gaining interest from grid operators, power generation companies and energy-intensive industries, who are seeking energy efficiency solutions for the growing capacity challenges in their networks.
GridON’s FCL is based on combining industry-standard, proven transformer technology with unique and proprietary concept of electromagnetic flux alteration on a saturated iron core. The fail-safe system responds instantaneously to faults, suppresses fault current for its entire duration, and recovers immediately following fault clearance – being always ready for consecutive faults. It is the first such fully tested, installed and commercially viable pre-saturated fault current limiter currently available in the market.
The breakthrough in design removes the need for superconducting components which results in a simple, extremely reliable and low maintenance solution. Unlike superconducting-based FCL technologies which have not reached commercial viability, GridON’s product is fully scalable for use at all power ratings in industrial, distribution and transmission grids. Specifically, GridON offers a cost-effective solution for the 80kA protection gear barrier on transmission networks.
GridON has partnered with Australian based Wilson Transformer Company – a shareholder and engineering and manufacturing partner - to bring this innovative state-of-the-art portfolio of FCL products to the market.
In June 2015, GridON was awarded the highly coveted Horizon 2020 grant from the European Commission, which has been used to develop an enhanced product line of Fault Current Limiters based on its long proven technology.
The new product line is very economical with significantly reduced footprint – targeting specifically distribution, industrial and independent power producing customers.
GridON won prestigious awards including the 2013 UK Energy Innovation Award for the Best Energy Network Improvement, the 2012 European ACES Smart Grid and the 2011 GE ecomagination “Powering the Grid” award.
Please complete the request form in order to learn more about our FCL and its capabilities.