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Balfour Beatty wins National Grid Substation Replacement Contract In UK

Balfour Beatty has been awarded a GBP 50 million contract to replace a high-voltage substation at Littlebrook Power Station in Kent on behalf of National Grid. The five-year contract forms a critical part of National Grid’s transformation of the National Transmission Network, ensuring the continued supply of power to the South East of England.

Balfour Beatty will design, supply and construct the large 400kV substation, utilising the capabilities of Balfour Beatty Ground Engineering to complete the ground engineering works. The project includes the installation of the cabling and overhead line connections to the national grid and design of the switchgear - the circuit board used to control, protect and isolate electrical equipment - into an effective and accessible design for the substation.

This latest contract award builds on Balfour Beatty’s 12-year collaborative relationship with National Grid. Most recently, Balfour Beatty is completing works to connect Hinkley Point C, the nation’s first nuclear plant, to the national grid and constructing the onshore substation at Hornsea Project Two, the world’s largest offshore wind farm.

Mr Ian Currie, Managing Director of Balfour Beatty’s Power Transmission and Distribution business said that “Our extensive knowledge and ability to provide an integrated solution in the delivery of high-voltage substations makes us ideally positioned to help National Grid secure the power supply to the South East of England for years to come.”

Works are due to commence this summer with completion scheduled for winter 2023. At peak construction, the project will employ a workforce of 100 people.

Source : Strategic Research Institute
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Solar, Wind, Batteries To Attract USD 10 Trillion to 2050 – BNEF

Deep declines in wind, solar and battery technology costs will result in a grid nearly half-powered by the two fast-growing renewable energy sources by 2050, according to the latest projections from BloombergNEF. In its New Energy Outlook 2019, BNEF sees these technologies ensuring that at least until 2030 the power sector contributes its share toward keeping global temperatures from rising more than 2 degrees Celsius.

Each year, NEO compares the costs of competing energy technologies through a levelized cost of energy analysis. This year, the report finds that, in approximately two-thirds of the world, wind or solar now represent the least expensive option for adding new power-generating capacity. Electricity demand is set to increase 62%, resulting in global generating capacity almost tripling between 2018 and 2050. This will attract USD 13.3 trillion in new investment, of which wind will take USD 5.3 trillion and solar USD 4.2 trillion. In addition to the spending on new generating plants, USD 840 billion will go to batteries and USD 11.4 trillion to grid expansion.

NEO starts by analyzing technology trends and fuel prices to build a least cost view of the changing electricity sector. The results show coal’s role in the global power mix falling from 37% today to 12% by 2050 while oil as a power-generating source is virtually eliminated. Wind and solar grow from 7% of generation today to 48% by 2050. The contributions of hydro, natural gas, and nuclear remain roughly level on a percentage basis.

Mr Matthias Kimmel, NEO 2019 lead analyst, said that “Our power system analysis reinforces a key message from previous New Energy Outlooks – that solar photovoltaic modules, wind turbines and lithium-ion batteries are set to continue on aggressive cost reduction curves, of 28%, 14% and 18% respectively for every doubling in global installed capacity. By 2030, the energy generated or stored and dispatched by these three technologies will undercut electricity generated by existing coal and gas plants almost everywhere.”

The projected growth of renewables through 2030 indicates that many nations can follow a path for the next decade and a half that is compatible with keeping the increase in world temperatures to 2 degrees or less. And they can do this without introducing additional direct subsidies for existing technologies such as solar and wind.

Source : Strategic Research Institute
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Doosan Heavy Selected As Contractor For Coal-Based Power Plants In US

Doosan Heavy Industries & Construction announced on June 13 that the US Department of Energy had selected two technology projects proposed by the company for the “Coal-Based Power Plants of the Future” project. With renewable energy being on the rise, the US Department of Energy sponsored the contest in a bid to seek novel ways of transforming coal-fired thermal power plants into next-generation power facilities that can be used to supplement new renewable energy. At present, the United States operates coal-fired thermal power plants with a total capacity of 240GW.

DHIC participated in the contest with Barr Engineering and the University of North Dakota’s research center, jointly proposing a “Coal, Gas and ESS Hybrid Power Generation System” and a “Gasification Hybrid Clean Power Generation System.”

As regards the Coal, Gas and ESS Hybrid Power Generation System, DHIC has proposed the application of a rapid plant start-up technology achieved by downsizing the 1000 MW ultra-supercritical system to 250 MW class and combining this with a gas turbine and ESS for easy adaptation to the emerging new renewable energy market.

As for the Gasification Hybrid Clean Power Generation System, the company has proposed a system based on the technology that had been applied to the Taean IGCC (Integrated Gasification Combined Cycle) Power Plant project. The system performs coal gasification, separates the hydrogen and carbon dioxide, and then uses the hydrogen for fuel cell power generation, while capturing the carbon dioxide.

The selected technology projects received high marks for presenting a new upgraded model that involves transforming aging coal-fired thermal power plants based on DHIC proprietary technology. Furthermore, the two proposals met all of the evaluation criteria set by the US Department of Energy, ie power generation efficiency of 40% or more, rapid start-up, and differentiated technology which needs to be demonstrated and commercialized before 2030.

Source : Strategic Research Institute
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L&T Wins 2x660 MW Power Project Order In Bihar

The Power business of Larsen & Toubro has bagged a mega engineering, procurement and construction order from SJVN Thermal Private Limited to set up a 2x660 MW ultra-supercritical power plant in Buxar district, Bihar.

The scope of work for L&T includes Design, Engineering, Manufacture, Procurement, Supply, Construction, Erection, Testing & Commissioning of Buxar Thermal Power Project (2x660 MW), on turnkey basis, covering steam generator, steam turbine generator, electrostatic precipitator, NOx control system, flue gas desulphurization system and complete balance of plant systems including raw water intake system, make-up water system, coal & ash handling system, ash dyke, complete E&l system including switchyard and complete civil, structural and architectural works.

Source : Strategic Research Institute
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Electricity Generation in US From Renewables Surpassed Coal In April - EIA

In April 2019, US monthly electricity generation from renewable sources exceeded coal-fired generation for the first time based on data in EIA’s Electric Power Monthly. Renewable sources provided 23% of total electricity generation to coal’s 20%. This outcome reflects both seasonal factors as well as long-term increases in renewable generation and decreases in coal generation. EIA includes utility-scale hydropower, wind, solar, geothermal, and biomass in its definition of renewable electricity generation.

In the United States, overall electricity consumption is often lowest in the spring and fall months because temperatures are more moderate and electricity demand for heating and air conditioning is relatively low. Consequently, electricity generation from fuels such as natural gas, coal, and nuclear is often at its lowest point during these months as some generators undergo maintenance.

Record generation from wind and near-record generation from solar contributed to the overall rise in renewable electricity generation this spring. Electricity generation from wind and solar has increased as more generating capacity has been installed. In 2018, about 15 gigawatts (GW) of wind and solar generating capacity came online.

Wind generation reached a record monthly high in April 2019 of 30.2 million megawatthours (MWh). Solar generation—including utility-scale solar photovoltaics and utility-scale solar thermal—reached a record monthly high in June 2018 of 7.8 million MWh and will likely surpass that level this summer.

Seasonal increases in hydroelectric generation also helped drive the overall increase in renewable generation. Conventional hydroelectric generation, which remains the largest source of renewable electricity in most months, totaled 25 million MWh in April. Hydroelectric generation tends to peak in the spring as melting snowpack results in increased water supply at downstream generators.

According to forecasts in EIA’s latest Short-Term Energy Outlook, coal will provide more electricity generation than renewables in the United States for the remaining months of 2019. On an annual average basis, EIA expects that coal will provide more electricity generation in the United States than renewables in both 2019 and 2020, but it expects renewables to surpass nuclear next year.

Source : Strategic Research Institute
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Adani Power To Acquire GMR Chhattisgarh Energy

Adani Power said that will acquire GMR Chhattisgarh Energy Ltd as the consortium of lenders has approved its resolution plan. The consortium of lenders, led by Axis Bank, to GMR Chhattisgarh Energy Ltd, has issued a Letter of Intent dated June 24, 2019, approving Adani Power's resolution plan to acquire controlling equity stake and restructure debt in GCEL.

Adani Power said that "Post the transaction, Adani Power Limited shall hold 100 per cent equity stake in GCEL. Of this, 52.38 per cent stake is to be acquired from the lenders, and the balance 47.62 per cent is to be acquired from the GMR Group.”

GCEL owns an operational 1.370 megawatt (MW) supercritical thermal power plant in Raikheda, Raipur district, Chhattisgarh. The plant consists of 2 units of 685 MW each, commissioned in June 2015 and April 2016 respectively.

Source : Strategic Research Institute
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Bulgaria's ESO Signs Deal With Emu For 220-400 kV Power Lines

SeeNews reported that Bulgarian state-owned Electricity System Operator has signed a 20 million levs (USD 11.6 million) framework agreement with local Emu for construction, repair, reconstruction and rehabilitation of 220-400 kV power lines. The four-year contract was signed on June 12.

Six companies submitted offers in the public procurement procedure for awarding the contract.

Emu intends to hire subcontractors for up to 25% of the planned works.

Source : SeeNews
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MDB Climate Finance Hit Record High Of USD 43.1 Billion In 2018

Climate financing by the world’s largest multilateral development banks in developing countries and emerging economies rose to an all-time high of USD 43.1 billion in 2018, boosting projects that help developing countries cut emissions and address climate risks. This represents an increase of more than 22 per cent from the previous year, where climate finance totalled USD 35.2 billion. This is also a 60 percent increase since the adoption of the Paris agreement in 2015 response to the ever more pressing challenge of climate change, which disproportionately affects the poorest and most vulnerable.

The latest MDB climate finance figures are detailed in the 2018 Joint Report on Multilateral Development Banks’ Climate Finance, which combines data from the African Development Bank (AfDB), the Asian Development Bank, the European Bank for Reconstruction and Development, the European Investment Bank, the Inter-American Development Bank Group and the World Bank Group. These banks account for the vast majority of multilateral development finance globally. The 2018 report also summarises information on climate finance from the Islamic Development Bank (IsDB), which joined the MDB climate finance tracking groups in October 2017.

The report shows that USD 30.2 billion, or 70%, of the total financing for 2018 was devoted to climate change mitigation investments that aim to reduce harmful greenhouse gas emissions and slow down global warming.

The remaining USD 12.9 billion, or 30%, was invested in adaptation efforts to help address mounting impacts of climate change, including worsening droughts and more extreme weather events from extreme flooding to rising sea levels.

Since 2011, when the six MDBs initiated joint reporting, they have committed nearly USD 237 billion in climate finance for developing and emerging economies. Climate funds channelled to these countries through MDBs, such as the Climate Investment Funds, the Global Environment Facility Trust Fund, the Global Energy Efficiency and Renewable Energy Fund, the European Union’s funds for Climate Action, and the Green Climate Fund, play an important role in boosting MDB climate financing. In addition, as well as the USD 43.1 billion of MDB finance in 2018, MDBs report another USD 68.1 billion in net climate co-finance investments from the public and private sector - adding up to total climate finance for the year of USD 111.2 billion.

Source : Strategic Research Institute
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NTPC awards GE Steam Power USD 335 Million In Contracts

GE Power India Ltd announced that it has been awarded three contracts from NTPC Limited to supply and install Wet FGD systems for a combined value of INR 2311 crores (USD 335 million). The three power plant projects are:

IGSTPP Jhajjar (3x500 MW) by Aravali Power Company Private Limited

Simhadri Super Thermal Power Station Stage I (2x500MW) & Stage II (2x500 MW) by NTPC Limited

Sipat Super Thermal Power Station by Stage I (3x660 MW) by NTPC Limited

GE's scope includes design, engineering, civil work, supply, erection and commissioning of Wet FGD systems along with auxiliaries including limestone and gypsum handling systems and wet stack on full turnkey basis. In addition, GE's scope for IGSTPP Jhajjar (3x500 MW) also includes ten years of operation & maintenance including the supply of spare parts.

With these three Wet FGD projects together, GE will help NTPC to treat 35 million cubic meters per hour of flue gas and will remove up to 108,400 tons per year of SO2 which will be converted into gypsum byproduct for use in the construction industry.

These new contracts are in addition to the Wet FGD projects which were awarded earlier to GE: Telangana STPP 2x800 MW, Solapur, Meja, Tanda - each of 2x660 MW and Unchahar - 1x500 MW. In addition to this, GE has already executed WFGD for 1x500 MW Vindhyachal TPP.

Source : Strategic Research Institute
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JSW Energy Ltd not to acquire 1000 MW thermal power plant from JSPL

JSW Energy Ltd had earlier announced about the company agreeing to acquire the 1000 MW (4x250 MW) thermal power plant located at Village Tamnar, District Raigarh in the state of Chhattisgarh from Jindal Steel and Power Limited. As the conditions precedent were yet to be completed, it was decided to extend the Long Stop Date from 30th June, 2018 to 30th June, 2019.

With the elapsing of the Long Stop Date without completion of the stipulated conditions precedent, the proposed acquisition of the said power plant stands terminated.

Source : Strategic Research Institute
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Kalpataru Power to Sell Three Transmission Projects To CLP India

Kalpataru Power Transmission is in pact with CLP India Private to sell its stake in three power transmission assets for an enterprise value of INR 3,275 crore, the former informed bourses on Wednesday. As a part of the deal, KPTL will sell three assets- Kalpataru Satpura Transco Private, Alipurduar Transmission and Kohima Mariani Transmission. The deal will help the company pare debt.

The transaction is subject to requisite approvals and compliances. The transaction for Alipurduar Transmission and Kohima Mariani Transmission, where Techno Electric & Engineering owns 26% stake, will be effective after the Commercial Operation Date and fulfilment of certain conditions.

The estimated amount of debt at the SPVs levels would be approximately Rs 2,000 crore at the time of COD.

Source : Strategic Research Institute
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China Launches its Longest Extra-High Voltage Power Line – Report

Reuters reported that China's has launched its longest extra-high voltage power transmission line, connecting the far western region of Xinjiang and the eastern province of Anhui, state-backed Xinhua News reported the project aims to help meet increasing power demand in industrialised eastern regions and reduce the amount of wasted electricity in the west.

As part of Beijing's anti-pollution campaign, new coal-fired power utilities have been banned in the smog-prone east of the country.

The 3,324-km (2,065-mile) transmission line, with voltage of 1,100 Kilovolt is designed to transmit 66 billion kilowatt-hours (kWh) of electricity a year, Xinhua reported.

It said that most of the electricity transmitted via the line will come from the Zhundong coal-fired power plant in northern Xinjiang, which has installed power generation capacity of 28 gigawatts.

China has been promoting cross-region electricity transmission lines, especially EHV projects as they have bigger transmission capacity and smaller line losses compared to ordinary lines.

According to the State Grid Corporation of China, the country had 18 EHV lines with overall transmission length of 27,570 km by the end of June.

Source : Reuters
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Energia Announce EUR 3 Billion Investment in Irish Renewable Energy

Energia Group has announced a EUR 3 billion investment programme in renewable energy over the next five years. The announcement was made by Minister for Communications, Climate Action and the Environment Richard Bruton alongside Energia Group CEO Ian Thom as the company opened its new Irish headquarters in Blanchardstown. The group is calling the new investment programme ‘Positive Energy’ and will see the creation of 200 new jobs directly in the Energia Group. The plan will also create 3,000 to 5,000 new construction jobs over the next five years.

The Positive Energy investment will impact many renewable energy projects including onshore and offshore wind farms, solar power, hydrogen fuel generation, bio-energy facilities and the smart grid.

Speaking about the programme today, Energia Group CEO Ian Thom said of the move that “This is a proud day for Energia Group and an important milestone as we celebrate twenty years serving in the deregulated energy markets across the island of Ireland. Our decision to invest over EUR 3 billion in renewable technology and energy infrastructure in the coming years is a clear signal of our intent to build on our continuous commitment to Irish communities, the economy and the sustainability of Ireland’s energy supply while contributing decisively to decarbonisation and the protection of our domestic and global environment.”

Source : Strategic Research Institute
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De toekomstige wereldorde wordt bepaald in de ruimte

In het voortdurende statusgevecht tussen de landen wordt één factor door velen over het hoofd gezien: de ruimte.

Landen besteden volop aandacht aan economische kansen die nog geen procent van hun bbp vertegenwoordigen. Ze vechten verbeten om energiebronnen die goed zijn voor maar een paar jaar binnenlands verbruik. Maar de grondstoffen die in de ruimte te vinden zijn, vertegenwoordigen niet 1%, niet 10%, niet 100% van het bbp van welk land dan ook, maar vele, vele malen de waarde van alle bbp’s ter wereld bij elkaar – zie bijvoorbeeld de asteroïde Psyche 16, tussen Mars en Jupiter, die volledig uit metalen bestaat: behalve ijzer ook goud, nikkel en platinum.

De strijd om de ruimte is nog niet beslist
In de huidige wereldrangorde zal het snel groeiende China de Verenigde Staten weldra overtreffen wat betreft reëel bbp. Een andere ruimtevaartmogendheid, India, zal China naar verwachting rond 2050 inhalen. Maar energiebronnen uit de ruimte kunnen alles anders maken.

China heeft volop ambities in de ruimte. In de Gobi-woestijn staat een voor het publiek toegankelijke kolonie zoals het land die ooit op Mars wil vestigen.
China heeft volop ambities in de ruimte. In de Gobi-woestijn staat een voor het publiek toegankelijke kolonie zoals het land die ooit op Mars wil vestigen.Foto: Thomas Peter/Reuters

Toegang tot de asteroïden met grondstoffen of tot de zonne-energie in de ruimte ter waarde van vele duizenden miljarden kan de opkomst van China versnellen, de Amerikaanse hegemonie verlengen of laatbloeier India in staat stellen China in te halen. China zou daardoor ondanks de vergrijzing zijn leidende positie in de wereld kunnen behouden. Of India, met zijn jonge en energieke bevolking, kan China juist veel sneller passeren dan verwacht.

‘De uitkomst hangt af van het vernuft van de technologische sectoren en de wijsheid van het nationale beleid’
Net als ooit het geval was met de toegang tot de natuurlijke hulpbronnen van de Nieuwe Wereld en Afrika, is de strijd nog geheel onbeslist. De uitkomst hangt af van het vernuft van de technologische sectoren van ieder land en de wijsheid van het nationale beleid. De winnaar hoeft niet eens een van de economische reuzen van nu te zijn. Het voordeel van de ‘first mover’ kan vluchtig blijken, nieuwe technologieën kunnen worden gekopieerd. De organisatie van kapitaal en marktvriendelijkheid kunnen een nog grotere rol gaan spelen dan nu. Ook kleine landen kunnen in een positie komen waar zij enorme rijkdommen kunnen vergaren – zoals Portugal in de tijd van de ontdekkingsreizen.

Energiecentrales in de ruimte
China is de eerste grote mogendheid die een nationale strategie heeft ontwikkeld om toegang te krijgen tot de hulpbronnen in de ruimte en zich die toe te eigenen. Het land – dat begin dit jaar als eerste een landing uitvoerde op de donkere kant van de maan – wil nog voor 2025 een eerste experimentele zonne-energiecentrale in een baan om de aarde brengen. Die moet zonne-energie opvangen en ‘doorstralen’ naar de aarde.

De ruimtevaartprogramma’s van de VS en India zijn nog niet gericht op de ontwikkeling van een ruimte-industrie, maar het begint deze landen te dagen dat de stappen van China niet onbeantwoord kunnen blijven. Wie de transportmiddelen controleert en een dominant marktaandeel heeft, kan onevenredig grote invloed krijgen bij het vormen van markten en het bepalen van de regels. Een groot marktaandeel versterkt zichzelf: grotere volumes leiden tot steeds lagere kosten, en zo weer tot een groter marktaandeel.

Voorbeelden als de iPhone laten zien hoe snel nieuwe producten en markten zich kunnen ontwikkelen en kunnen groeien. Het delven van grondstoffen in asteroïden en het winnen van zonne-energie in de ruimte lijken nu nog een toekomstdroom, maar zodra beide industrieën werkelijkheid worden, kunnen ze in de nabije toekomst exponentieel toenemen, waardoor bestaande markten volledig worden verstoord.

Grondstoffen uit asteroïden
Knelpunten bij de verscheping van olie en vloeibaar aardgas – denk aan het Suezkanaal of de Straat van Hormoez – staan nu centraal in het denken over veiligheid. Energie producerende staten beschikken over veel macht om de internationale orde naar hun hand te zetten.

Ook in de ruimtevaart zal zich een dergelijke verdeling voordoen. Als China eenmaal over de technologie beschikt om zonne-energiesatellieten te ontwikkelen, zal het land spoedig in het bezit zijn van tal van energiecentrales in de ruimte en kan deze keten een enorm geostrategisch belang krijgen als wereldwijde energieleverancier.

Nu is alle apparatuur die in de ruimte wordt gebruikt, nog op aarde gemaakt, maar daar komt verandering in: alle ruimtemogendheden gaan ervan uit dat productie in de ruimte in de toekomst mogelijk wordt. De eerste 3D-printer bereikte het internationaal ruimtestation ISS vijf jaar geleden.

De energiecentrales in de ruimte worden straks mogelijk gebouwd met materialen uit de grondstofrijke noord- en zuidpool van de maan, waarop China zijn oog heeft laten vallen. In elk geval totdat het eerste land erin slaagt grondstoffen te winnen uit asteroïden.
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Deel 2:

Onevenredig veel rijkdom en macht
Blijkt de mensheid eenmaal in staat ruimtelijke energiebronnen aan te boren en grote industriële structuren in de ruimte te bouwen, dan is er geen houden meer aan. Steeds meer belangrijke industrieën zullen naar de ruimte verhuizen. Eerst het hogesnelheidsinternet, dan elektriciteit, dan gespecialiseerde industrie: sommige glasvezel-achtige materialen zijn van hogere kwaliteit als ze in de ruimte worden gemaakt, in plaats van op aarde.

‘Blijkt de mensheid eenmaal in staat ruimtelijke energiebronnen aan te boren en grote industriële structuren in de ruimte te bouwen, dan is er geen houden meer aan.’

De transportkosten zullen steeds lager worden, zodat er steeds meer markten en kansen komen voor het ontwikkelen van nieuwe producten en diensten. Het aantal mensen dat voor commerciële doeleinden in de ruimte verblijft zal toenemen, ruimtelandbouw en -vastgoed zullen uiteindelijk een markt op zichzelf vormen. We zullen ons steeds gemakkelijker en verder in het zonnestelsel kunnen begeven.

En aangezien de ruimte een miljard keer meer natuurlijke hulpbronnen beschikt dan de aarde, zullen de landen en industrieën die daarvan het productiefst gebruik weten te maken onevenredig veel rijkdom en macht vergaren. De komende twee decennia zal worden bepaald wie de winnaar wordt – en dat waarschijnlijk een eeuw lang zal blijven. En wie die winnaar wordt, is bepalend voor de machtsverhoudingen op aarde.

Peter Garretson is zelfstandig strategieconsultant en houdt zich voornamelijk bezig met ruimte en defensie. Hij was voorheen directeur van de Space Horizons Task Force van Air University, een Amerikaanse ruimtedenktank, en adjunct-directeur van het belangrijkste Amerikaanse programma voor ruimtestrategie, de Schriever Scholars. © The Diplomat

fd.nl/opinie/1307880/de-toekomstige-w...
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Minister Wiebes: pas in september definitief besluit over verplichte transportindicatie voor nieuwe SDE+-projecten

Minister Wiebes van Economische Zaken en Klimaat neemt pas in september een definitief besluit over het invoeren van een verplichte transportindicatie voor nieuwe aanvragen binnen de subsidieregeling SDE+.

Minister Wiebes stuurde de Tweede Kamer afgelopen vrijdag een brief met kortetermijnoplossingen voor de problemen met de netcapaciteit. Zo wil de minister vanaf de najaarsronde een transportindicatie verplichten voor nieuwe projecten van de Stimuleringsregeling Duurzame Energie (SDE+). Nieuwe aanvragers krijgen hierdoor vanaf de najaarsronde 2019 enkel een subsidiebeschikking als blijkt dat er transportcapaciteit beschikbaar is op de locatie waar de productie-installatie (red. zoals een zonnedak of zonnepark) is voorzien.

Marktverstorend
Brancheorganisatie Holland Solar maakte hierop bij de leden van de Tweede Kamer direct kenbaar principiële bezwaren te hebben tegen de maatregelen van minister Wiebes. De netbeheerder een rol geven bij het toekennen van de SDE+-subsidie werkt volgens Holland Solar marktverstorend, geeft niet de juiste prikkel aan de netbeheerder, is niet in het belang van de energietransitie en blokkeert voorbereide aanvragen in de pijplijn.

Geen onomkeerbare stappen
Minister Wiebes heeft als direct gevolg van de vaste commissie voor Economische Zaken en Klimaat het verzoek gekregen geen onomkeerbare stappen te zetten totdat de behandeling van zijn brief over de netcapaciteit in de Tweede Kamer is afgerond.

Inmiddels heeft minister Wiebes een officiële reactie op dit verzoek gestuurd: 'Deze maatregel (red. de verplichte transportindicatie) zal in de zomer voorbereid worden zodat de aanvragers, de Rijksdienst voor Ondernemend Nederland (RVO.nl) en de netbeheerders voorbereid zijn bij de opening van de najaarsronde van de SDE+. Bij deze voorbereiding zal ik in het oog houden dat er geen onomkeerbare stappen worden gezet en dat in de communicatie ook niet de indruk wordt gewekt dat er onomkeerbare stappen worden gezet. De definitieve vormgeving van de najaarsronde SDE+ zal in september worden vastgelegd met een aanpassing van de algemene uitvoeringsregeling SDE+. Daarmee zet ik op dit moment geen onomkeerbare stappen. Over de verdere vormgeving van de najaarsronde SDE+ zal ik uw Kamer binnenkort informeren en ga ik graag in september met u over in debat. Zoals gebruikelijk wordt na het debat met uw Kamer de regeling vastgesteld.'

RVO.nl wél al met communicatie gestart
Ondanks dat minister Wiebes stelt in zijn communicatie niet de indruk te willen wekken dat er geen onomkeerbare stappen gezet worden, is dit in de praktijk wel het geval. Zo heeft RVO.nl op haar website al onderstaand nieuwsbericht geplaatst met de titel 'SDE+ najaar 2019 - transportindicatie netbeheerder nodig'.

solarmagazine.nl/nieuws-zonne-energie...
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Two natural Gas-Powered Thermal Plants to Be Set Up In Chennai

TN SM Mr Edappadi K Palaniswami informed the assembly that Tamil Nadu Generation and Distribution Corporation Limited will set up two new natural-gas-based thermal units in North Chennai, The units, each with a capacity of 730MW, will come up on the erstwhile GMR power plant premises in Basin Bridge. The GMR units were naphtha-based.

A senior Tangedco official said that “We will prepare a detailed project report and seek loan from power finance companies before floating tenders. It will take at least five years for the units to generate power. The fuel will be sourced through a pipeline from the Indian Oil terminal at Ennore.”

The GMR units were decommissioned in 2018. The official said that “The GMR site is about 30 acres. That is adequate for the LNG-based units.”

The GMR units initially used diesel as fuel. Later it shifted to naphtha. The project became unviable when naphtha prices went through the roof. GMR had four units, each with a capacity of 46MW. Pollution was another reason for shutting down the GMR plant, said the official.

Source : Economic Times
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Siemens to Supply Power Equipment & Services for 840MW Power Plant in Iraq

As part of its long-term support to expand Iraq’s power infrastructure, Siemens has received an order to supply gas and steam turbines and generators as well as long-term power generation services for the 840 MW Maisan Combined Cycle Power Plant, located in Maisan Governorate in the southern region of Iraq. Both CITIC Construction Co Ltd, the engineering procurement and construction firm building the plant, and Iraqi developer Maisan Power Company part of Raban Al-Safina for Energy Projects, which is owned by Raban Al-Safina Group awarded the contract valued at more than 284 million euros to Siemens.

The independent power project is expected to deliver first power by March 2021 and enter full combined cycle mode by early 2022. The plant will enable sufficient electricity supply to meet the needs of more than three million Iraqis in additional to supporting the industrial sector. The Siemens scope of supply includes two STG5-4000F gas turbines, one SST5-4000 I-L steam turbine, three SGEN5-2000H generators, along with automation and control systems, transformers and related electrical equipment, the fuel gas system, and supervision during the implementation period by the Siemens team.

Source : Strategic Research Institute
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RioZim & Zesa to Ink Power Plant Deal

RIOZIM says its USD 1.5 billion investment into building a 2 800 megawatts thermal power station in Sengwa, Gokwe North, remains firmly on course with the company now moving to the next phase of preliminary works, which entail, chiefly, signing a power purchase agreement. Notably, RioZim said the Sengwa project was part of two power initiatives, including a 178 megawatts solar power project, the company is pursuing to cushion itself from the effects of crippling power shortages buffeting the entire country, which it said posed significant risk to operations.

RioZim said that “The solar power project and the Sengwa Thermal Power Project in order to generate its own electricity and ensure uninterrupted power supply for national consumption. A framework agreement for the USD 200 million solar plant has already been signed with a technical partner.”

RioZim’s operations chiefly cuts across gold and diamond mining and processing at Renco (Masvingo), Cam and Motor (Kadoma) and Dalny (Chegutu) mines as well as base metal processing at Empress Nickel Refinery.

RioZim Limited said in an recent update on operations that “The Sengwa Power Station will be constructed in phases of 700 megawatts each up to 2 800 megawatts. It is envisaged that the power station will include complimentary projects such as the development of a town and industrial park where export generating companies can set up operations so as to create an economic hub in the district.”

Source : Herald
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