Industrial grade private wireless technology provides the reliability, capacity, security, and low latency required for team collaboration in Equinor’s installations.
The framework agreement covers hardware, software, design, radio planning, implementation and support. Under the agreement, the private LTE network will be installed this summer at the Dudgeon and Sheringham Shoal wind farms in the UK, both operated by Equinor.
Jarl Øverby, CEO of NetNordic Group, said: “By working with Nokia, we will be able to provide the secure, intelligent, wireless offshore digital fabric that Equinor can use to support its communications and maintenance activities as well as its security goals. This includes the flexibility to use a wide range of integrated applications, including Nokia DAC Teams Comms and Nokia Drone Networks, and the ability to deploy them at the edge. This is a secure and resilient solution that is easy to scale and evolve into 5G to meet your future needs. “
Raghav Saghal, Nokia’s President of Cloud and Network Services, said Equinor is one of the world’s most forward-looking energy companies with a growing wind and renewables business and impressive sustainability goals for its oil and gas production. “Nokia has a long history of working closely with the energy industry, and as the world leader in private wireless, we are excited to bring our 5G-enabled technology to Equinor,” he said.
The Nokia DAC solution includes Nokia 4.9G LTE and 5G Radio Access Network technology as well as Nokia Industrial devices. The solution also includes a wide range of access points for both indoor and outdoor coverage, as well as an edge solution with a complete package core and application framework for edge computing.
Nokia has provided mission-critical networks to over 1,550 leading energy, transportation, corporate, manufacturing, webscale and public sector customers worldwide. Leading companies in all industries leverage Nokia’s decades of experience building some of the largest and most advanced IP, optical and wireless networks in the world.
The architecture of Nokia Bell Labs Future X for Industry provides companies with a framework to accelerate their digitization and automation journey towards Industry 4.0. Nokia has also pioneered the home cellular space in many industries and now has more than 290 large enterprise customers using it around the world, over 40 of whom are using 5G.
Nokia has also partnered with DELTA Fiber Netherlands to bring DELTA 10 Gb / s broadband to the Dutch market. The sole supplier contract covers both the network and the equipment at the customer sites. Deployment begins with the new building, followed by the replacement of the existing equipment.
Ericsson leads private 5G. a
News about Nokia and Equinor’s partnership will come as Ericsson launches Ericsson Private 5G, a “secure and simple” 4G LTE and 5G standalone (SA) connectivity aimed primarily at – but not limited to – manufacturing, mining and process industries, offshore and energy utilities, as well as ports and airports.
Ericsson Private 5G optimizes and simplifies business operations with cloud-based network management, keeps sensitive data on site, has no downtime upgrades and guarantees high performance through service level agreements (SLAs).
Niels King, Coordinator 5G Industry Campus Europe, Fraunhofer Institute for Production Technology IPT, said that private 5G networks are highly attractive for manufacturing companies due to the uncompromising performance of 5G in order to master the challenges of production.
“The efficient provision and use of network solutions in companies requires simple installation, flexibility in connection with the existing production IT and lean operation while at the same time scaling the network for future challenges,” he said.
According to McKinsey It is estimated that leveraging advanced connectivity to optimize drilling and production throughput, as well as improve maintenance and field operations, could add up to $ 250 billion in value to the industry’s upstream activities by 2030.
Of that value, between $ 160 billion and $ 180 billion could be realized with existing infrastructure, while an additional $ 70 billion could be unlocked with low-earth orbit satellites (LEO) and next-generation 5G technologies.
Aligning data usage with net zero targets will be a challenge. The power consumption from China’s data centers and 5G base stations alone could almost quadruple by 2035, which would put the sector under pressure to advocate clean energy sources, according to the environmental group Greenpeace.
Scientists at the Tokyo Institute of Technology (Tokyo Tech) have developed a wireless relay network for 5G systems. The proposed batteryless communication addresses the challenges of the flexible use of relay networks and will find application in a number of sectors (click Here).