National Maritime ’s Post

German transmission system operator Amprion has selected NKT to provide high-voltage alternate current (AC) and direct current (DC) onshore power cable systems for the ongoing expansion of the German power grid. With the award of these two specific turnkey projects, NKT will design, manufacture and install the high-voltage power cable systems with voltage levels of 110kV, 380kV AC and 525kV DC. With a combined value of approximately 1.2 billion Euros, this order has taken NKT’s order backlog for high-voltage cables to around 12 billion Euros. With these project awards, Amprion progresses the extension of its high-voltage transmission grid as a key element in the acceleration of the Energiewende, Germany’s long-term strategy for the transition to renewable energy by 2045. NKT Amprion GmbH #germany

The federal government-backed Marinus Link has secured a $1 billion contract with Italian company Prysmian to supply HVDC cables for the first 750 MW stage of a groundbreaking transmission project connecting mainland Australia and Tasmania. This venture, a cornerstone of the Rewiring the Nation Plan, promises to revolutionize energy flow between northwest Tasmania and Victoria's Latrobe Valley. Highlights: - Innovative Connection: 255 km submarine cable across the Bass Strait and 90 km underground cabling. - Renewable Efficiency: Facilitates transfer of solar and wind energy, reserving hydro for peak demands, effectively acting as a national battery. - Cutting-edge Technology: Prysmian provides a fully integrated monitoring system and HVDC cables produced in Italy, the Netherlands, and France. Marinus Link CEO Caroline Wykamp emphasizes this project’s critical role in Australia's renewable energy strategy, aiming for a 2030 completion date. Marinus Link locks in completion date for 750 MW interconnector https://lnkd.in/djTZwyKh #RenewableEnergy #CleanEnergy #Sustainability #Hydropower #GreenEnergy #EnergyTransition

We're proud to share our work on FCDO UK India ASPIRE Programme's report on ‘India Roadmap for Offshore Wind Power Evacuation and Grid’. This report aims to empower the emerging offshore wind ecosystem in the country. Our consulting expertise contributed to the analysis of: ▪ Technical considerations for #gridintegration and evacuation frameworks in #Gujarat and #TamilNadu. ▪ Viable business models for developing #offshorewind plants in India. ▪ Stakeholder perspectives on #gridevacuation frameworks and #businessmodels (including stakeholders from the Indian Ministry of Power, Ministry of New and Renewable Energy (MNRE), National Institute of Wind Energy, and #renewablenergy developers). ▪ International #bestpractices through research on technical specifications and frameworks from European leaders in offshore wind. This roadmap study aimed to: ▪ Examine #India's defined trajectory of #offshorewind projects until 2030 and identify its long-term transmission planning development initiatives. ▪ Discuss the planning and development of an Inter-State Transmission System (ISTS) for the Renewable Energy (RE) projects. ▪ Analyse the UK's #offshore experience to propose an optimal Offshore Wind (OSW) transmission planning approach for India. The report explores four evacuation options based on factors like: ▪ The applicability of HVAC and/or a combination of HVDC for offshore transmission systems. ▪ OSW projects' distance from the shore and their compatibility with onshore transmission for effective integration. ▪ Auction strategy, technology readiness, indigenisation opportunities gain, capacity building measures. ▪ Investment channelisation for the transmission system. Additionally, the report delves into operation and maintenance aspects of OSW evacuation, detailing crucial OSW infrastructure components which constitute the balance of the plant like: ▪ Offshore substations ▪ Reactive power compensation equipment ▪ Submarine cables This comprehensive roadmap hopes to help stakeholders reach a consensus on the most suitable long-term planning approach for developing a roadmap for Offshore Wind Power Evacuation and Grid Integration in India by 2030. Read the full report below. Ajit Pandit Balawant Joshi Anant Sant Rajiv Shukla Balaraman K RAJENDRA KHARUL Reena Kori Heleena Christian Jyoti Prasad Rout Nikita Thakare RAUSHAN KUMAR #windenergy #windprojects #intergrationframework #evacuationframework #implementationstructure #renewableenergy #greenenergy #sustainablefuture

Earlier in July, the Federal Energy Regulatory Commission (FERC) approved an order granting the authorization application to charge negotiated rates on SouthWestern Power Group’s (SWPG) high-voltage alternating-current (HVAC) RioSol Transmission Project. When energized, the estimated $2.4 billion investment, will span about 550 miles across New Mexico and Arizona. Construction is expected to start in 2026 with completion in 2028. The alternating current power line will allow for interconnection of both electrical generation and electrical users at any point along the transmission line. The RioSol line will run next to the currently under-construction 550-kV high-voltage direct-current (HVDC) SunZia transmission line. SWPG (owned by MMR Group) sold the SunZia project to Pattern Energy Group in 2022. Hitachi Energy’s HVDC Light® technology and MACH™ digital control platform was selected for the project. SunZia is expected to be up and running by December 2025. July 5, 2024, FERC approval: https://lnkd.in/gJCeuEp2 Rio Sol Transmission Project – June news release: https://lnkd.in/g2u3RrPS #poweringgood #HitachiEnergy #powergrid #FERC #highvoltage #electricity #transmission #energymarketintel #HitachiEnergy

Today’s spotlight features Hitachi Energy and Marinus Link ⚡️ The 345km cable will allow renewable energy to flow both ways between Victoria and Tasmania. For the first time in Australia, Marinus Link will use advanced converter technology at both ends to stabilize and integrate more renewables into the grid. Tasmania will import excess solar and wind energy from Victoria, conserving its hydro and storing the surplus energy. This clean hydropower can then supply the mainland grid as needed, acting as a large battery and strengthening the security of Australia's power supply. Hitachi Energy will provide its HVDC Light voltage source converter stations in the project's first stage, converting AC to DC for efficient transmission and back to AC for grid integration. MLPL chief executive Caroline Wykamp said: “Today, we have taken another firm step towards construction. “With our essential HVDC systems secured, Marinus Link is poised for delivery by the end of the decade.” Read the full article here: https://lnkd.in/gBx-p7CR #RenewableEnergy #Sustainability #CleanEnergy #IndustryNews #GreenEnergySpotlight

An interesting read this morning - the National Engineering Policy Centre (NEPC), led by the Royal Academy of Engineering has urged the UK Government to achieve clean power by 2030. The report highlights six key steps: - Building public and industry support - Strong leadership and governance - Digitally enabled public engagement - Proactive procurement and regulation - Addressing planning and connection delays - Maintaining a long-term focus Key measures include boosting offshore wind, expanding onshore wind and solar, and enhancing storage solutions. Post-2030, the focus shifts to hydrogen storage, carbon capture, and further electrification. I agree with this report in the need to boost and diversify our energy sources to reduce and eventually eliminate our need to rely on fossil fuels. Full article below! #cleanenergy #ukrenewables #renewableenergyjobs https://lnkd.in/eGJjSpat

Under the FCDO ASPIRE programme, a report on ‘India Roadmap for Offshore Wind Power Evacuation and Grid’, has been developed, to promote the growth of the offshore wind energy ecosystem in India. The main objectives of this roadmap is to: -Study the defined trajectory for Offshore Wind projects in India till 2030, long-term transmission planning development initiatives -Discuss the planning and development of an Inter-State Transmission System (ISTS) for the Renewable Energy (RE) projects -Analyse the international experiences in UK to put forth the planning paradigm for the Offshore Wind (OSW) transmission planning approach in the Indian context The report discusses four evacuation options based on: -The applicability of HVAC and/or a combination of HVDC for offshore transmission systems -Physical distances of OSW projects from the shore, and its compatibility with onshore transmission for effective integration -Auction strategy, the technology readiness, indigenisation opportunities gain, capacity building measures -Investment channelisation for the transmission system. The report describes key components of OSW transmission infrastructure like offshore substations, reactive power compensation equipment, and submarine cables which constitute the balance of the plant, as well as the operation and maintenance aspects of OSW evacuation. The report can be leveraged by various stakeholders for bringing in consensus on the most suitable long-term planning approach as a way forward to develop the Roadmap for Offshore Wind Power Evacuation and Grid Integration, 2030 for India. British High Commission in India Nishant Singh Vikas Gaba Saurabh Gupta Abhishek Shah Ramit Malhotra Tom Hamlyn Williams Reena Kori Ajit Pandit, RAJENDRA KHARUL Alok Jahagirdar Saksham Goel Keshav Sharma

MISO Proposes $23 Billion Transmission Expansion to Support Clean Energy Goals • The Midcontinent Independent System Operator (MISO) has unveiled an initial proposal for a $23 billion transmission expansion project, aiming to create a 765-kV backbone across its Midwest region. This plan, known as Long Range Transmission Planning (LRTP) Tranche 2, builds upon MISO's previous Tranche 1 and Joint Targeted Interconnection Queue projects. • The proposed expansion is designed to accommodate the significant changes expected in MISO's system by 2042, including the addition of 369 GW in generators, retirement of 103 GW in power plants, and a substantial 96% reduction in carbon emissions. This transformation will require a reliable and efficient transmission system to handle the projected net peak load growth and the increasing reliance on wind, solar, and energy storage. • MISO's initial portfolio focuses on constructing a 765-kV transmission "highway" to maximize value based on land use, line distances, transfer levels, and costs. However, some stakeholders, such as the Clean Grid Alliance, have expressed disappointment in the absence of high-voltage direct current (HVDC) projects, which could enhance grid stability in certain areas. • MISO is currently accepting alternative transmission proposals until April 5 and will refine its analysis based on these submissions. The Clean Grid Alliance intends to advocate for more East-West transfer capacity across MISO and is eager to see the expansion of the benefits metrics used to assess the value of the transmission lines. • As the Tranche 2 process progresses, MISO aims to develop a Tranche 3 transmission portfolio for its southern region and a Tranche 4 initiative to increase transfer capacity between its Northern and Southern sections. https://lnkd.in/gMQvq6wb #solar #wind #bess #development #projectdevelopment #transmission #renewables #renewableenergy #miso #misoprojects #misorenewables #misogrid

🌍 Empowering the Future: Enspec's Role in the Shetland HVDC Link Project  At Enspec, we’re proud to be at the forefront of the energy revolution, contributing to transformative projects like the Shetland HVDC Link. This pioneering initiative is set to reshape the renewable energy landscape in the UK. 🔑 Key Highlights: 🌍 Project Overview: The Shetland HVDC Link is a major clean energy infrastructure project. It connects Noss Head in Caithness to Weisdale Voe in Shetland, marking the first-ever link between Shetland and the Great Britain transmission system. The 260-kilometre cable recently transported its first power from the 443 MW Viking Wind Farm in Shetland to mainland Britain, with full energisation expected later this summer. 🔧 Enspec's Involvement: We were approached by Scottish & Southern Electricity Networks (SSEN) during their initial power system studies, thanks to our expertise in Point-on-Wave (PoW) switching technology. Our PoW solution ensures transformers switch within a precise one-millisecond window, minimizing voltage depression and ensuring seamless energy transmission. We commissioned and tested over 100 turbine transformer PoW systems at the Viking Wind Farm, playing a critical role in maintaining power during HVDC downtime. 🌟 Why This Matters: "The available wind energy on the Shetland Islands far exceeds local power needs. The HVDC link is crucial in harnessing this resource and delivering it to the mainland, where it’s needed most." — Tim Rastall, CTO, Enspec This project exemplifies Enspec’s commitment to innovation and sustainable energy solutions, pushing the boundaries of power quality and grid connection to ensure a cleaner, greener future for all. 🌱 🔗 Read the full interview and learn more about our role in this landmark project on our website https://lnkd.in/e893JBzh #RenewableEnergy #HVDC #ShetlandLink #Innovation #SustainableFuture #Enspec #EnergyTransition #WindPower #NetZero

Big news in #transmission! 🚨 The U.S. Department of Energy (DOE) just announced $1.5 billion in investment for transmission projects across the country. Here are the four that were selected:   Avangrid’s Aroostook Renewable project. ⚡111-mile line, 1,200 MW capacity, 4,230 jobs ⚡Will provide ISO-NE with access to #CleanEnergy generated in northern ME   Phase two of Grid United’s Southline project. ⚡108-mile line, 1,000 MW capacity, 150 jobs ⚡ Will extend the larger Southline transmission project in AZ and NM further east   Invenergy’s Cimarron Link project. ⚡408-mile HVDC line, 1,900 MW capacity, 3,620 jobs ⚡Will connect power from Texas County, OK to Tulsa, OK   Pattern Energy Group's Southern Spirit project. ⚡320-mile HVDC line, 3,000 MW capacity, 1,155 jobs ⚡Will connect ERCOT with MISO-S and SOCO for the first time   This investment, alongside DOE's final National Transmission Planning Study, reinforces the importance of modernizing our #grid to meet demand growth, enhance reliability, and keep energy costs low for all Americans. The new study shows that expanding transmission can save taxpayers $270-$490 billion by mid-century—delivering $1.60-$1.80 in savings for every dollar spent. As a follower of the Macro Grid Initiative, you get it.     Upgrading our grid is a no-brainer. https://lnkd.in/eezBuEYJ