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GE to Refurbish Mangla Hydropower in Pakistan

Strategic Research Institute
Published on :
21 Feb, 2023, 3:30 am

GE has been selected by Water & Power Development Authority for the refurbishment of two hydropower units (9 & 10) at the Mangla hydropower plant in Pakistan. The scope of work includes the design, supply, installation, testing and commissioning of the two hydro turbine and generator components.

Previously, GE has already been selected for the ongoing refurbishment of six other units (1 to 6) at the same site. The 100 MW units will be replaced by 135 MW units.

Mangla, which has 10 hydropower turbines and is one of the largest power plants in the country, is a 50 year-old hydropower plant producing 1 GW of renewable energy for Pakistan. As Pakistan’s electricity consumption is growing, the refurbishment work will extend the lifetime, the efficiency, and the capacity of the hydropower plant by 280 MW.
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ANDRITZ to Rehabilitate for Old Hickory Hydropower Plant in US

Strategic Research Institute
Published on :
27 Feb, 2023, 3:30 am

US Army Corps of Engineers Nashville District has awarded international technology group ANDRITZ a contract for rehabilitation of the turbines and generators at the Old Hickory hydroelectric power plant. The 162 MW power plant is located on the Cumberland River in Central Tennessee near the town of Hendersonville. Once fully commissioned, power generation is estimated to be about 565 GWh per year. Commissioning of the first unit is expected in August 2026.

The ANDRITZ scope of supply includes the design, manufacture, transport, erection, testing and commissioning of three Kaplan turbine generator units with a capacity of 40.5 MW each, along with associated auxiliaries and ancillary equipment, with an optional fourth unit. The contract will be executed by ANDRITZ’s US subsidiary in Charlotte, North Carolina.
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Etalin Hydropower Project on Dibang River Approved

Strategic Research Institute
Published on :
6 Mar, 2023, 3:30 am

India has approved plans to build $ 3.9B 3,097MW Etalin Hydroelectric Project on the Dibang River, a tributary of the Brahmaputra, in Lower Dibang Valley in the state of Arunachal Pradesh in northeast India, reports ToI. The project is to be developed by Etalin Hydro Electric Power Company, a joint venture between Jindal Power Limited and Arunachal Pradesh’s Hydro Power Development Corporation.When complete in 2028 it will generate electricity from 12 turbines and will also moderate flooding during India’s monsoon season.

The project was conceived in the early 1980s. In January 2004, approval was granted for the clearance of a 54 square kilometer site in Munli village in the Lower Dibang Valley. The government then approved an investment of $ 186M in planning and preparation in July 2019.

The barrier will be a 278m high, 375m long concrete gravity dam, which will be the highest of its kind in India. This will create a 43km-long reservoir with a gross storage capacity of 3.85B cubic metres.

The lead consultant for the scheme is Swedish–Finish design engineer AFRY. It carried out a detailed project report, geotechnical appraisal of the future dam’s foundations as well as the construction and project management planning.

In 2020, the Forest Advisory Committee had reviewed the controversial 3097 MW Etalin Hydroelectric Project that seeks to divert 1150.08 hectares of land. The project would result in felling over 2.7 lakh trees in the biodiversity-rich Dibang Valley.
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IOC Plans Green Hydrogen Plants at Refineries

Strategic Research Institute
Published on :
6 Mar, 2023, 3:30 am

India's top oil firm Indian Oil Corporation will set up green hydrogen plants at all its refineries as it pivots ? 200,000 crore green transition plan to achieve net-zero emissions from its operations by 2046, reports PTI

We are starting with Panipat but eventually all refineries will have green hydrogen units and will set up a 7,000 metric ton per annum green hydrogen producing facility at its Panipat oil refinery at a cost of 2,000 crore by 2025 says IOC Chairman Mr. Shrikant Madhav Vaidya

This is part of the company's target of achieving net-zero emissions from operations by 2046 and we plan to invest over 200,000 crore to achieve net-zero, adds Mr. Vaidya

This hydrogen is currently produced using fossil fuels such as natural gas. IOC plans to use electricity generated from renewable sources such as solar to split water to produce green hydrogen.
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Orstead’s FlagshipONE Hydrogen Plant to Use Siemens Electrolyzer

Strategic Research Institute
Published on :
6 Mar, 2023, 3:30 am

Danish energy company Ørsted is building Europe’s largest commercial production facility for carbon-neutral marine fuels in northeastern Sweden. At the heart of the FlagshipONE plant are technology packages from Siemens Energy comprising of four Prometric ton Exchange Membrane electrolyzers with a total capacity of 70MW, as well as the plant-wide electrification and automation systems, including innovative digitalization solutions such as the use of digital twins and the entire power distribution and compressor systems.

The plant, which is being built in the Swedish coastal town of Örnsköldsvik, will be able to produce up to 50,000 metric tons of e-methanol per year from renewable energy and biogenic carbon dioxide from 2025. As a substitute for fossil fuels, this can avoid 100,000 metric tons of CO2 emissions per year in shipping.

Ørsted’s plant represents the start of commercial production of carbon neutral e-methanol in Europe, based on a unique approach. Instead of building bespoke plants at each location, FlagshipONE will act as a blueprint that can be scaled and replicated at other locations, in Sweden and elsewhere. The standardization approach has been created by the Swedish company Liquid Wind, the original developer of FlagshipONE. Liquid Wind develops replicable facilities to produce e-fuel and has plans to develop at least ten facilities in Scandinavia by 2030. As a partner to Liquid Wind, Siemens Energy plays a significant part in developing and progressing this trailblazing concept and provides the framework for turning these e-fuel facilities into reality with its technology package.
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Prince Madog Research Vessel to Be Powered by Hydrogen

Strategic Research Institute
Published on :
6 Mar, 2023, 3:30 am

Wales based Bangor University’s in Wales seagoing research ship Prince Madog is set to reduce its emissions by up to 60% thanks to a pioneering £ 5.5M hydrogen power initiative that could help re-shape the future of shipping. The Transship II project will see the Prince Madog retrofitted with a hydrogen electric hybrid propulsion system that will enable zero to low emission operation by 2025.

The new hydrogen propulsion system, which will work in conjunction with a diesel-fuelled main engine, will enable zero emission operation at slow speeds or over short distances such as daily teaching trips with the students from the School of Ocean Sciences at Bangor University. In normal operation, the hybrid system and new novel propulsion design will reduce emissions by up to 60%.

The project is part of the Clean Maritime Demonstration Competition Round 3, funded by the Department for Transport in partnership with Innovate UK. It will be delivered by a consortium of major UK innovators in green maritime technology and hydrogen systems, led by O.S Energy who own and operate a fleet of dedicated offshore service vessels.

Other consortium partners include H2Tec, part of Edinburgh-based hydrogen technologies expert Logan Energy, as well as Solis Marine Engineering, Newcastle Marine Services, Chartwell Marine, Cedar Marine, Smetric tone Marine Propulsion and the universities of Exeter and Newcastle-Upon-Tyne. The consortium was supported in its bid by Menter Môn, the developer of the Holyhead Hydrogen Hub, a potential local green hydrogen supply partner for the consortia.

The Prince Madog, co-owned by Bangor University in Wales, recently celebrated 20 years of service to education and science. The research vessel has changed the way Bangor University understands marine and coastal sciences and is the only one of its kind in the UK and one of the largest in Europe.
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Universal Hydrogen Tests Hydrogen Aircraft Lightning McClean

Strategic Research Institute
Published on :
6 Mar, 2023, 3:30 am

Universal Hydrogen flew a 40-passenger regional airliner using hydrogen fuel cell propulsion. The airplane, nicknamed Lightning McClean, took off from Grant County International Airport and flew for 15 minutes, reaching an altitude of 3,500MSL. The flight, conducted under an FAA Special Airworthiness Certificate, was the first in a two-year flight test campaign expected to culminate in 2025 with entry into passenger service of ATR 72 regional aircraft converted to run on hydrogen.

In this first test flight, one of the airplane’s turbine engines was replaced with Universal Hydrogen’s fuel cell-electric, megawatt-class powertrain. The other remained a conventional engine for safety of flight. The flight was piloted by Alex Kroll, an experienced former US Air Force test pilot and the company’s chief test pilot.

The company’s powertrain is built around Plug Power’s ProGen family of fuel cells specially modified for aviation use. One of the unique aspects of the design is that the powertrain does not use a battery—the fuel cells drive the electric motor directly drastically reducing weight and cost. The motor, a modified magni650 electric propulsion unit, and power electronics were supplied by Everett-based magniX. Seattle-based AeroTEC assisted with engineering efforts, including design of the modified nacelle structure, aircraft systems design and integration, as well as aircraft modifications and installation of the Universal Hydrogen powertrain onto the flight test aircraft, accomplished in less than 12 months.
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Loop Energy to Power eBull Hydrogen Forklift

Strategic Research Institute
Published on :
6 Mar, 2023, 3:30 am

Loop Energy, a designer and manufacturer of hydrogen fuel cell solutions, has been selected by Wiggins Lift, a leading American material handling vehicle manufacturer, to provide the fuel cell system for its new hydrogen-powered eBull forklift product. Loop Energy will deliver the system and begin commissioning in Q2 of 2023 to support commercial deployment of the hydrogen-electric forklifts in late 2023.

Powered by a Loop Energy S300 30kW fuel cell system, Wiggins’ eBull forklift will transport boats, bulk cargo and equipment at ports and marinas. The intense and long duty cycles of material handling vehicles mean that operational uptime and fuel consumption are key contributors to an operator’s total cost of ownership. Wiggins selected Loop Energy as its technology provider after impressing across key s, including fuel efficiency, operating lifetime and integration and after-sales support.

Wiggins provides material handling vehicles to port, marina and warehouse operators across the US and is committed to offering its customers safe, reliable, zero-emissions industrial forklifts. Its decision to manufacture hydrogen-electric forklifts is due to the operating benefits fuel cell engines offer, including fast refuelling times and the ability to meet a range of duty cycles. The California-based company was one of the first manufacturers to provide battery-electric forklifts. With growing customer demand, it aims to be an early mover in the hydrogen-electric material handling vehicle segment.
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Hyzon announces collaboration with Hyliion

Strategic Research Institute
Published on :
6 Mar, 2023, 3:30 am

Hyzon Motors has announced collaboration with Hyliion, a leading provider of electrified powertrain solutions, to jointly develop a heavy-duty fuel cell vehicle. The companies will combine Hyzon’s fuel cell technology and Hyliion’s electric powertrain solution in a prototype vehicle, built on a Class 8 Sleeper chassis.

This prototype will be a meaningful step in the transition of long-haul heavy-duty trucking to zero-emissions. Under the Technology Development Agreement, completion of the prototype vehicle is expected by early Q4 of 2023.

Collaboration between Hyzon and Hyliion leverages the competitive advantages of each company to speed the development of a fuel cell Class 8 semi-truck, while eliminating duplicative costs and improving vehicle performance and reliability.
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BMW to Launch BMW iX5 Hydrogen Car Pilot Fleet

Strategic Research Institute
Published on :
6 Mar, 2023, 3:30 am

The BMW Group is presenting international media representatives with the first vehicles in a pilot fleet that will go into service this year. After four years of development work, the BMW iX5 Hydrogen vehicle and development project is entering its critical next phase.

The fleet of about 100 vehicles will then be employed internationally for demonstration and trial purposes for various target groups. This active driving experience will therefore be the first chance for people not involved in the development process to gain a direct impression of what the BMW iX5 Hydrogen has to offer.

The BMW iX5 Hydrogen developed on the basis of the current BMW X5 was first unveiled as a concept at the IAA show in 2019. Initial prototypes were then made available at the IAA Mobility 2021 for visitors to experience in action as shuttle vehicles.

The BMW Group produces the highly efficient fuel cell systems for the pilot fleet at its in-house competence centre for hydrogen in Munich. This technology is one of the core elements in the BMW iX5 Hydrogen and generates a high continuous output of 125 kW/170 hp.

In addition to the technological equivalents of features found on combustion engines, such as charge air coolers, air filters, control units and sensors, the BMW Group also developed special hydrogen components for its new fuel cell system. These include the high-speed compressor with turbine and high-voltage coolant pump, for instance.

The BMW Group sources the individual fuel cells from the Toyota Motor Corporation. The two companies have enjoyed a partnership characterised by trust for many years and have been collaborating on fuel cell drive systems since 2013.
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20MW Electrolyzer Production of thyssenkrupp nucera Reserved

Strategic Research Institute
Published on :
6 Mar, 2023, 3:30 am

thyssenkrupp nucera and a European customer from a carbon-intensive industry have signed a reservation agreement for production capacities for green hydrogen. Under this contract the customer secures production capacities for the manufacturing of standardized 20MW alkaline water electrolysis modules with large scale capacity from the supplier of world-leading technologies for high-efficiency electrolysis plants. The new customer of thyssenkrupp nucera will build a production plant that will use green hydrogen to manufacture green products in Europe. The two companies have agreed not to disclose further contract details.

For the first time, a company has decided to use thyssenkrupp nucera’s offer to reserving production capacities. With this option, thyssenkrupp nucera, as a partner at the side of its customers, makes a crucial contribution to secure the overall project supply chain and enables them to take the lead in decarbonizing its industry.
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AI Fish Recognition Algorithms Can Stop Invasive Species

Strategic Research Institute
Published on :
7 Mar, 2023, 3:30 am

With the help of AI, Vattenfall’s personnel at the Stornorrforsen hydropower plant have been able to identify fish based on a large number of characteristics. They now hope to further develop the technology. The meeting between energy production and nature is rarely as clear as in the case of hydro power plants and migrating fish. On the one hand, you have the force of enormous amounts of running water that create energy for the whole of Sweden, and on the other, salmon and other fish that want to migrate both up and down rivers and need routes past the power plants.

Stornorrfors is one of the largest of the 2,000 plants in the country and is located in Umeälven River, just west of Umeå in northeast Sweden. In 2010, Vattenfall installed a new fish ladder here, which would help spawning fish bypass the power plant, and a couple of years ago they took the first steps toward a fish recognition system that would make it easier for Vattenfall to monitor, categorise and analyse the fish and their movements.

The purpose of the technology is to more clearly control which fish travel up and down the fish ladders that bypass the hydro power plants, and to monitor the evolution of species over a longer period of time. For example, when farmed salmon is released into Umeälven River, it is possible to use the artificial technology to see how many of them then return and also follow the wild salmon’s way to adjacent Vindelälven river.

In recent years, fish recognition has developed rapidly and there are several providers of the technology. Still, there is room for improvement and changes, not least in terms of what characteristics the algorithms recognise in the salmon.

Gender is a crucial, and one of the most difficult, characteristics to recognise in spawning salmon. It is especially important to track females. The more females, the more roe and fry and, in the long run, the more adult fish. Because it is extremely difficult to distinguish between females and males, especially early in the season, gender recognition at Stornorrforsen is currently done manually and visually by highly skilled staff.

The Vattenfall laboratory that works with fish recognition is unique in the world in purely technical terms, but maybe even more so in the transparency of its work. Vattenfall often collaborates with universities. Not only are they good at analysing material but also at disseminating results. In addition, the website has more than 20,000 annotated images that anyone can use for creating new algorithms.
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Statkraft & Elkem Sign PPA for Bremanger Plant

Strategic Research Institute
Published on :
8 Mar, 2023, 3:30 am

Elkem and Statkraft have signed a new long-term power agreement which secures additional competitive access to power for Elkem’s plant in Bremanger. The new contract covers a capacity of 20-40MW for a duration of ten years. The new contract secures additional predictability for a total of 3TWh in the period 2024-2033, supporting continued long-term operations and enabling new investments at the plant.

Elkem is already well-positioned with long-term power contracts in Norway, having secured more than 80%of its electricity supply in the country at competitive rates. Elkem has most of its Norwegian production plants located in the middle and north of the country, where prices remain lower than in the south. Norway’s electricity generation is more than 90%based on renewable hydropower.
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CHARBONE HYDROGEN Amends Hydropower Acquisition Pact

Strategic Research Institute
Published on :
8 Mar, 2023, 3:30 am

CHARBONE HYDROGEN has amended certain terms and conditions to the Purchase and Sale Agreement postponing the closing date to allow the lender to complete its due diligence and to submit their final proposed financing terms and conditions to Charbone. The acquisition of Tower Kleber, a Michigan Limited Partnership and Black River Partnership, is now expected to close on or before 15 May 2023, subject to customary closing conditions including the receipt by Charbone of satisfactory financing.

The transaction is for the acquisition of all interests of the Limited Partnerships, respectively the owner of the Tower 560kW, Kleber 1,200kW and Alvemo 1,000kW operating hydropower plants in the Onaway, Michigan area.
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Dit is waarom Nederland weinig energie met waterkracht opwekt
Artikel van Manouk Vermeulen • Gisteren om 12:03
© Aangeboden door Weeronline

Nederland is het land van water. We hebben een kustlijn die ruim 450 km lang is en er lopen meerdere grote rivieren door ons land, zoals de Rijn, de Maas en de Waal. Hoog tijd om, naast transport, ook op een andere manier goed gebruik hiervan te maken. Je zou verwachten dat we met al dat water ook energie kunnen opwekken. Dit gebeurt nu nog vrij weinig, maar hoe komt dat eigenlijk? Daarover lees je meer in dit artikel.

Windmolen voor onderwater
Allereerst, wat is waterkracht? Bij waterkracht wordt er energie opgewekt uit stromend water. Dit wordt gedaan met behulp van de stroomsnelheid van water en van verschillen in waterhoogte. Hoe groter het hoogteverschil, des te groter de waterdruk en de hoeveelheid energie die je ermee kunt opwekken. Er zijn in Nederland echter geen grote hoogteverschillen, daarom maken we gebruik van stuwen bij waterkrachtcentrales. De centrales wekken energie op door grote hoeveelheden water door de turbines te laten stromen. Daardoor gaan de bladen van de turbines draaien en zo wordt stroom opgewekt, net zoals de wind een windmolen aandrijft.

Door het geringe hoogteverschil in ons land is de energieopbrengst van stuwdammen in rivieren in Nederland wel klein vergeleken met dammen in bergachtig gebied, zoals bijvoorbeeld in Zwitserland en Noorwegen.

In Nederland zijn er drie middelgrote waterkrachtcentrales. Twee daarvan liggen aan de Maas. Eén bij Alphen en Lith en één bij Linne. De andere ligt bij Maurik en Amerongen aan de Nederrijn.

Schoon, stil en onopvallend
Er zitten meerdere voordelen aan het opwekken van energie uit waterkracht. Ten eerste, waterkracht is duurzaam. De energiebron is onuitputtelijk en daarnaast ontstaan er geen schadelijke stoffen bij het opwekken van energie uit waterkracht. Daarnaast levert waterkracht geen horizonvervuiling op, zoals bij windmolens wel het geval is. Dat komt doordat de waterkrachtcentrale verborgen zit in de stuw en vaak ziet dit eruit als een sluizencomplex. Daarbij komt dat er van grootschalige geluidsoverlast geen sprake is omdat de turbines zich onderwater bevinden. Verder vallen de centrales niet stil bij windstil weer, alleen langdurige droogte kan nadelig zijn.

Ongunstig voor natuur en schippers
Ondanks de voordelen wordt er toch weinig gebruik gemaakt van energie uit waterkracht in Nederland. Dat komt doordat er ook nadelen aan zitten. Het grootste nadeel is de schade die waterkracht oplevert aan de ecologie en natuur. Bij een waterkrachtcentrale moet een stuwmeer aanwezig zijn om te zorgen voor genoeg hoogteverschil. Het creëren van zo’n stuwmeer heeft een grote negatieve impact op de natuur, bijvoorbeeld dieren die hun leefgebied (deels) verliezen en bomen die moeten worden gekapt om ruimte te maken voor het stuwmeer.

Daarnaast is vissterfte ook een groot probleem bij waterkrachtcentrales. Vissen die namelijk de turbines inzwemmen worden door de turbinebladen gedood. Een oplossing hiervoor is om vissen om te leiden via vispassages, maar dat is niet altijd effectief. Goed beheer van de turbine kan ook vissterfte verminderen. Dit wordt gedaan door de turbines stil te zetten tijdens grote vismigratie momenten. Op die momenten moet de scheepvaart gebruik maken van de sluis, wat vertraging oplevert en dus geld kost.

Een vistrap is een voorbeeld van een vispassage. Foto: AdobeStock, henkbrouwers

Zijn er ook andere manieren?
Doordat Nederland aan de Noordzee ligt, kunnen we ook golf- en getijdenenergie gebruiken om energie op te wekken uit water. Er wordt op dit moment nog veel onderzoek gedaan naar de beste technieken hiervoor en daarom zijn er dusver nog geen grote golf- en getijdenenergiecentrales langs de Nederlandse kust.

Wel is er een proefopstelling van Blue Energy aan de Afsluitdijk om uit het verschil in zoutconcentratie tussen het zoute water van de Waddenzee en het zoete water van het IJsselmeer energie te winnen. Als dit uiteindelijk goed blijkt te werken dan kan deze techniek op grote schaal worden toegepast.

Conclusie
Uiteindelijk zitten er meer nadelen dan voordelen aan energie uit waterkracht opwekken. Nederland is te vlak en te vol voor grootschalige waterkrachtcentrales. Ondanks dat er verschillende manieren zijn om sommige nadelen op te lossen, lijkt het er voorlopig niet op dat waterkracht een grote rol gaat spelen in het opwekken van duurzame energie in Nederland. Misschien krijgt Blue Energy of golf- en getijdenenergie uiteindelijk een grotere rol, maar dat is voor nu nog toekomstmuziek.

Lees ook: bij dit weer brengen je zonnepanelen het meeste op.

www.msn.com/nl-nl/nieuws/other/dit-is...
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SSE Unveils Redevelopment Plans for Sloy Hydro Power Station

Strategic Research Institute
Published on :
30 May, 2023, 4:48 am

In a momentous move towards bolstering energy security and fortifying the UK's net zero power system, SSE Renewables, a subsidiary of SSE plc, has revealed ambitious plans to convert the renowned Sloy Power Station into a state-of-the-art pumped hydro storage facility. With the capacity to deliver up to 25GWh of long-duration electricity storage, the reimagined Sloy scheme could power approximately 90,000 homes for an entire week, ensuring firm and flexible renewable energy supply during periods of low wind and sun.

The announcement, made during a visit by Scotland's First Minister Humza Yousaf to the iconic power station on the picturesque Loch Lomond in Argyll and Bute, pays homage to the 80th anniversary of the 1943 Hydro Electric Development (Scotland) Act. This landmark legislation marked the advent of hydro-electric power in the Scottish Glens eight decades ago, a legacy that SSE Renewables aims to uphold and amplify with its conversion plans for the Sloy Power Station.

The converted Sloy scheme, subject to final design and approval, has the potential to provide uninterrupted renewable energy for up to 160 hours. With the flick of a switch, it could offer reliable and flexible power to meet the demands of 90,000 homes, ensuring energy security and bolstering the stability of the renewables-led energy system.

SSE's decision to embark on additional pumped hydro storage capacity at the existing Sloy Power Station aligns with its commitment to the UK Government's British Energy Security Strategy. As the nation transitions to a net zero power system, the development of pumped hydro storage projects assumes paramount importance in maintaining a balanced and secure electricity supply.

Director of Onshore Europe at SSE Renewables, Finlay McCutcheon, expressed delight at the redevelopment plans for the Sloy Power Station, coinciding with the 80th anniversary of hydro power's contribution to Scotland and Britain's homegrown power supply. The transformed facility will play a pivotal role in the country's future energy mix, providing large-scale, long-duration electricity storage to enhance energy security and flexibility.

SSE's pumped storage vision for Sloy aligns with its plans for another pumped hydro storage project at Coire Glas, potentially the largest of its kind in four decades with an investment exceeding £1.5 billion. A positive decision from the UK Government regarding supports for long-duration electricity storage, including revenue stabilization mechanisms and adaptations to the electricity market, will be vital to realizing these projects.

Over the coming months, SSE Renewables will refine the project design for the Sloy conversion and initiate a period of public consultation. Pending a favorable consenting outcome and supportive policies, a planning application is anticipated to be submitted to the Scottish Government in late 2023 or early 2024. SSE aims to make a final investment decision on Sloy in late 2025
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EnBW Approves Expansion of Rudolf Fettweis Hydropower

Strategic Research Institute
Published on :
6 Jun, 2023, 1:21 am

In a significant move towards advancing the energy transition, EnBW Energie Baden-Württemberg AG has granted approval for the conversion and expansion of the Rudolf Fettweis hydropower plant in the northern Black Forest. This ambitious project aims to modernize the existing storage power plant, transforming it into a high-capacity pumped storage power plant to meet the growing demands of renewable energy generation and ensure stable grid operation.

With a clear generation strategy focused on accelerating the expansion of renewables and achieving climate neutrality by 2035, EnBW recognizes the need for additional dispatchable capacity and energy storage reservoirs. The new pumped storage power plant in Forbach perfectly aligns with these objectives, serving as an essential complement to the company's renewable generation capacity expansion.

After undergoing a thorough planning approval process led by regional authorities in Karlsruhe, the complex project has successfully obtained the necessary approvals. Detailed scrutiny, supported by comprehensive documentation and expert reports, ensured that every aspect of the project met the highest standards. The plan approval notice was issued by the Karlsruhe regional administration on 1 March 2023, marking a significant milestone in the realization of the project.

The new powerhouse, integrated into the hillside, will form the heart of the modernized plant. It will feature a pump turbine for the Schwarzenbach power plant, capable of generating approximately 54 MW in turbine mode and 57 MW in pump mode. This will enable efficient water transfer from the lower reservoir to the upper reservoir based on demand. The powerhouse will also house the new power plant technology for the Murg plant, including three Francis turbines with a total output of around 23 MW.

In addition to the powerhouse construction, the project involves expanding the existing Forbach equalization basin and creating a cavern water reservoir in the adjacent hillside. The cavern reservoir will serve as the lower reservoir for the future pumped storage power plant, collecting water from the upper reservoir (the Schwarzenbach dam) to drive the plant's turbines and generate electricity.

Pumped storage power plants play a vital role in the energy transition by providing essential energy storage and dispatchable capacity. As the only proven, large-scale energy storage technology readily available today, they serve as an ideal complement to renewable energy sources. By mitigating fluctuations in energy supply from wind and solar power, pumped storage power plants contribute to grid stability and ensure the security of energy supply for consumers and industries across the country.

The Rudolf Fettweis hydropower plant in Forbach, currently with a total capacity of approximately 71 MW, will undergo the transformation. Constructed between 1914 and 1926, the plant comprises four individual hydroelectric power plants. Key elements include the Schwarzenbach dam with a water capacity of 14 million cubic meters, along with the Forbach and Kirschbaumwasen impoundments. Water is channeled through tunnels and pressure pipes to the Rudolf Fettweis hydropower plant, where it is utilized to generate electricity.

EnBW's approval of the conversion and expansion of the Rudolf Fettweis hydropower plant demonstrates the company's commitment to the energy transition and the integration of sustainable energy solutions. By enhancing the capacity and flexibility of the plant, EnBW contributes to the long-term goal of achieving a greener, more reliable energy system.
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Statkraft Empowers Scotland's Green Future

By Strategic Research Institute on Jan 09, 2024 09:37 am

Synopsis:

Statkraft, Europe's largest renewable power generator, acquires the Red John Pumped Storage Hydro Scheme from Intelligent Land Investments Group. This 450MW project, approved in 2021, fortifies Statkraft's commitment to Scotland's renewable energy goals and enhances the UK's energy security by capturing and storing surplus renewable energy.

Article:

In a significant move towards fortifying Scotland's renewable energy aspirations, Statkraft, Europe's foremost renewable power generator, has struck a deal to acquire the Red John Pumped Storage Hydro Scheme from Intelligent Land Investments Group (ILI). This acquisition marks a pivotal step in Statkraft's commitment to bolstering Scotland's renewable energy targets and bolstering the UK's energy security landscape.

Situated approximately 14km southwest of Inverness, the Red John scheme, with its 450MW capacity, secured approval from Scottish Government ministers in June 2021. This strategic investment underscores Statkraft's dedication to harnessing surplus renewable energy and preserving it until required, effectively contributing to the stability of Great Britain's electricity network as it pivots away from fossil fuels.

Pending final investment decisions, this expansive renewable energy infrastructure endeavor is poised to provide substantial employment opportunities during construction and establish permanent local jobs once operational.

With roots dating back more than 125 years in Norway, Statkraft boasts Europe's largest portfolio of electricity produced from hydropower. Alongside over 350 hydropower plants, the company operates multiple pumped storage plants in Norway and Germany and owns Rheidol, a hydropower plant in Wales.

Renowned for its expertise in diverse technologies such as wind, solar, grid stability, hydropower, battery storage, and green hydrogen, Statkraft has a substantial presence in Scotland. The company operates several wind farms, maintains a headquarters in Glasgow, and operates the Keith Greener Grid Park in Moray. Additionally, Statkraft is actively involved in various ongoing projects in Scotland, which collectively represent potential future capital investments exceeding £2 billion.

Intelligent Land Investments Group (ILI), a prominent clean energy development firm based in Hamilton, Scotland, spearheaded the development of the Red John Pumped Storage Hydro project. This strategic acquisition by Statkraft signifies a mutual vision for leveraging Scotland's hydro potential and advancing the nation's renewable energy landscape.

Kevin O'Donovan, Statkraft's UK Managing Director, emphasized the critical role of the acquired pumped hydro storage scheme in fortifying the UK's energy security and facilitating the nation's transition to a net-zero future. O'Donovan also highlighted the necessity for robust government support to ensure the project's successful progression.

ILI's CEO, Mark Wilson, acknowledged the dedication of the involved teams and expressed confidence in Statkraft's capability to realize the potential of the Red John project. Wilson urged the UK Government to institute support mechanisms for long-duration storage, advocating for the UK's leadership in achieving net-zero through renewable energy coupled with energy storage.

Conclusion:

Statkraft's acquisition of the Red John Pumped Storage Hydro Scheme exemplifies a significant stride towards Scotland's renewable energy goals and bolsters the UK's energy security. Collaborative efforts between Statkraft and ILI underscore the potential of pumped storage hydro projects in contributing billions to the economy and fostering employment opportunities while championing a greener, sustainable energy transition.
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