Zambian government says close to agreement with mines on electricity price rises


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Zambia Mining Electricity Tariff Agreement signals a shift to a 9.33 cents/kWh flat rate for mining companies, as Zesco and the ERB steer power pricing talks, with backdating, copper output, and tariffs in focus.

 

Key Points

A policy to set a 9.33 cents/kWh flat rate for mines, with Zesco backdating terms still under negotiation.

✅ 9.33 cents/kWh flat tariff accepted by most mining houses

✅ Talks involve Zesco, ERB, First Quantum, Glencore, Vale, Vedanta

✅ Backdating to January remains under negotiation

 

Zambia is close to reaching an agreement with mining companies over its plans to increase electricity prices, in line with recent increases in Hong Kong seen elsewhere, Finance Minister Felix Mutati reports.

The government last month proposed introducing a flat tariff of 9.30 U.S. cents/kilowatt hour (kWh) backdated to January for mining companies, instead of individually negotiated rates that have averaged 6 U.S. cents/kWh, a structure echoing Manitoba's planned 2.5% yearly hikes over three years, but mining companies opposed the plan.

A team headed by the minister of energy was due to hold talks with mining companies this week, including First Quantum Minerals,.

"We have concluded with all the mining houses except for one. They have accepted our proposal to actually pay 9.33 cents/kwh," Mutati told Reuters in a move comparable to BC Hydro's 3.75% rate plan over two years.

However, an agreement has not yet been reached on backdating the higher tariffs to January as proposed by power firm Zesco Ltd, a point comparable to issues outlined in Nunavut's electricity price hike analysis, he said.

"It is part of the negotiations but ideally that is what the government is considering," Mutati said.

Other mining companies operating in Zambia, Africa's No. 2 copper producer, include Glencore of Switzerland, Brazil's Vale and London-listed Vedanta Resources .

Last week Zambia's Energy Regulation Board (ERB) approved a 75 percent increase in the price of electricity for retail customers, whereas utilities such as BC Hydro's $2 per month proposal in Canada have pursued more gradual adjustments. (Reporting by Chris Mfula; Editing by James Macharia and Susan Fenton)

 

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African Development Bank examines Senegal coal-fired power plant

Sendou Coal Plant Compliance Review examines AfDB oversight in Senegal's Bargny, addressing environmental and social safeguards, public consultation, resettlement concerns, air pollution, coastal erosion, SENELEC grid impacts, and CES implementation of ESAP.

 

Key Points

An AfDB review assessing environmental, social, and consultation compliance at Senegal's Sendou coal plant in Bargny.

✅ Independent experts to investigate community complaints.

✅ Focus on air pollution, coastal erosion, livelihoods, resettlement.

✅ Actions by SENELEC and CES under a social action plan.

 

 The Board of Directors of the African Development Bank Group approved the eligibility assessment for compliance review of the Bank-financed 125-MW Sendou coal-fired power plant project in the village of Bargny Minam in Senegal, which at 125 MW contrasts with Quebec's 1,000 MW authorizations for industrial projects.

Independent experts will carry out further investigations to clarify issues raised by two groups of residents from the community of Bargny.

Both groups raised questions over government policy and the National Code of the Environment, and the potential vulnerability of communities and a heritage site to air pollution, coastal erosion and the disruption of livelihoods. The groups expressed concern over the level of public consultation which had taken place around the project, and over the Bank's environmental, social and human rights standards. In particular, they feared that no resettlement plan had been prepared to mitigate any potential negative social impacts of the project.

“Having received these complaints, which it takes extremely seriously, the Bank has decided to further investigate them,” said Pierre Guislain, Vice-President for Private Sector, Infrastructure and Industrialization at the AfDB.

“At the outset of the project, the Bank carried out in-depth due diligence, and registered many of these important elements in its environmental and social action plan for the project – a plan which is now being carried out by the company managing the project, Compagnie d'Electricité du Sénégal (CES).”

Guislain confirmed that the Bank will continue to follow up on issues raised, including concerns over the potential of disrupted livelihoods for women and other seasonal and temporary workers who dry and package fish, and at complaints over land plots that may have been reclaimed by Government without compensation.

“We last reported to the Board in September 2016 and hope to do so again towards the second semester of 2017. The Bank takes its social and environmental responsibility extremely seriously,” he said.

Working in close collaboration with the Bank, SENELEC and the Project Company CES proactively undertook several actions since the month of July 2016 to significantly enhance the Project surrounding communities' social benefits and living conditions during both the construction and operation phases. A social action plan, part of a tripartite agreement between SENELEC, CES and the Bargny municipality signed in March 2017, was set up alongside an implementation and follow up committee representative of the local population.

The project was approved by the Board in 2009 at a cost of €206 million, far below the overruns at the Kemper power plant in Mississippi, which the Bank co-finances with the Banque Ouest Africaine de Développement (BOAD), the Nederlandse Financierings-Maatschappij voor Ontwikkelingslanden N.V. (FMO), and Compagnie Bancaire de l'Afrique de l'Ouest (CBAO). AfDB's financing comprises a senior loan of €55 million, and a supplementary loan of €5 million.

The project is being developed on a “build, own, and operate” basis and aims to supply up to 40% of Senegal's electricity. Senegal currently generates 80% of its electricity from diesel-fueled power. The Government of Senegal has developed a strategy for diversifying and increasing domestic power generation capacity, similar to efforts where Cape Town builds its own power plants and buys additional electricity, with a combination of conventional thermal base load and renewable energy. Sendou is the first coal-fired plant in Senegal.

The coal will be imported via sea and unloaded at Dakar harbour, from where it will be transported by truck to the coal storage site on the plant. The project aims at producing at least 925 GWh of electricity a year. The power, alongside supply from a Turkish LNG powership operating in Senegal, will be delivered to the national interconnected grid system of SENELEC, Senegal's public electricity utility company.

The project includes the development, design, procurement, construction, operation and maintenance of the 22-hectare site. Power production can be expanded to 250 MW through a second phase project, for which project preparation has not yet started. The project will also build a 1.6-km 225 kV transmission line, reflecting regional investment in grid hardware such as a new electricity poles plant in South Sudan, and associated switchyard to connect the plant to SENELEC.

 

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Alberta power grid operator prepares to accept green energy bids

Alberta Renewable Energy Auction invites bids as AESO adds wind and solar capacity, targeting 5,000 MW by 2030, with 400 MW online by 2019 to replace coal, stabilize prices, and cut greenhouse gas emissions.

 

Key Points

A program to procure wind and solar for Alberta’s grid, replacing coal and scaling to 5,000 MW by 2030.

✅ 400 MW online by 2019 to backfill retiring coal units

✅ Timed additions to avoid price distortion on the grid

✅ Targets 5,000 MW of renewables by 2030

 

The operator of Alberta's electricity grid will start taking bids at the end of this month from companies interested in generating and selling renewable energy in the province.

The provincial government wants to add 5,000 megawatts of renewable electricity, supporting new jobs across the province by 2030.

The renewables, including wind power and solar power, will replace coal-fired power plants, which will be shutting down as part of the province's strategy to lower greenhouse gas emissions.

Energy Minister Marg McCuaig-Boyd announced Friday the first competition will be for 400 megawatts, which is enough to power about 170,000 houses.

"We're known as the energy hub of Canada, and make no mistake, green energy is a big part of that," she said.

Mike Deising with the Alberta Electric System Operator (AESO) says the new green power has to be developed gradually.

The new green power must be developed gradually, says Alberta Electric System Operator’s Mike Deising. (CBC)

"We don't want to put on too much generation because what we're going to see is, if we have too much generation all at once, we're going to drive down the market price and it's going to distort the electricity market that we have," he said.

Deising says from their perspective as the grid operator, they want to make sure the addition of new capacity is timed with when they are losing capacity.

AESO wants the 400 megawatts of new green power including solar generation to go onto the grid by the end of 2019 to replace electricity from coal-fired plants that will start shutting down by late 2020.

 

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Three Mile Island nuclear plant will close in 2019, owner says

Three Mile Island closure highlights Exelon's nuclear plant losses as cheap natural gas, grid auctions, and renewable energy credits undercut profitability in Pennsylvania, prompting bailout debates over subsidies, reliability, carbon emissions, and local jobs.

 

Key Points

The Three Mile Island closure is Exelon's plan to shut the plant after gas losses, failed grid bids, and no state aid.

✅ Cheap natural gas undercuts nuclear profitability

✅ Plant missed capacity market awards in grid auctions

✅ Exelon seeks subsidies; Pennsylvania debates costs

 

Cheap natural gas could do what the worst commercial nuclear power accident in U.S. history could not: put Three Mile Island out of business.

Three Mile Island’s owner, Exelon Corp., announced Tuesday that the plant, now at the center of an energy debate over whether to let struggling nuclear plants close or save them, will close in 2019 unless the state of Pennsylvania comes to its financial rescue.

Nuclear power plants around the U.S. have been struggling in recent years, even as nuclear generation costs hit a ten-year low, to compete with generating stations that burn plentiful and inexpensive natural gas to produce electricity.

The Chicago-based energy company’s announcement came after what it called more than five years of losses at the single-reactor plant and Three Mile Island’s recent failure to be selected as a guaranteed supplier of power to the regional electric grid.

Exelon wants Pennsylvania to give nuclear power the kind of preferential treatment and premium payments that are extended to renewable forms of energy, such as wind and solar. It has not said how much it wants.

Pennsylvania Gov. Tom Wolf has made no commitment to a bailout. In a statement Tuesday, Wolf said he is concerned about layoffs at Three Mile Island and open to discussions about the future of nuclear power in the state. Exelon employs 675 people at the plant, whose license does not expire until 2034.

Nuclear bailouts have won approval in Illinois and New York, but the potential for higher utility bills in Pennsylvania is generating resistance from rival energy companies, manufacturers and consumer advocates.

The control room seen at the Three Mile Island nuclear power plant. The site has struggled to compete in an electricity market booming with inexpensive gas.

David Hughes, president of the Pittsburgh-based consumer group Citizen Power, said the notion that nuclear power is clean energy, as the industry argues, is laughable.

“It’s a myth, and they’re trying any way they can to get more money out of ratepayers,” he said.

In addition to contending that nuclear power can help fight climate change and enable net-zero emissions better than gas or coal, Exelon and other energy companies have argued that their plants are big employers and sources of tax revenue.

“Like New York and Illinois before it, the commonwealth has an opportunity to take a leadership role by implementing a policy solution to preserve its nuclear energy facilities and the clean, reliable energy and good-paying jobs they provide,” Chris Crane, Exelon president and CEO, said in a statement.

Around the U.S., nuclear plants have been hammered by the natural gas boom.

In December, Illinois approved $235 million a year for Exelon to prop up nuclear plants in the Quad Cities and Clinton, six months after the company threatened to shut them down.

FirstEnergy Corp. has said it could decide next year to sell or close its three nuclear plants — Davis-Besse and Perry in Ohio and Beaver Valley in Pennsylvania. PSEG of New Jersey, which owns all or parts of four nuclear plants, has said it won’t operate ones that are long-term money losers.

In this undated file photo, a Pennsylvania state police officer and plant security guards stand outside the closed front gate at Three Mile Island after the plant was shut down following a partial meltdown on March 28, 1979.  (PAUL VATHIS/AP)  

Built during a golden age for nuclear power, Three Mile Island’s Unit 1 went online in 1974 and Unit 2 in 1978, coughing steam into the air above its sliver of land in the Susquehanna River, about 10 miles from Harrisburg.

In March 1979, equipment failure and operator errors led to a partial core meltdown of Unit 2, leading to several days of fear and prompting 144,000 people to flee their homes amid conflicting or ill-informed information from utility and government officials.

Scientists worried at one point that a hydrogen bubble forming inside the reactor would explode with catastrophic consequences.

Experts have come to no firm conclusion about the health effects or the amount of radiation released, though government scientists have said the maximum individual dosage was not enough to cause health problems.

Regardless, the accident badly undermined support for nuclear power. No nuclear plant that was proposed after the accident has been successfully completed and put into operation in the U.S.

The damaged reactor has been mothballed, but the other reactor is still in use. Exelon says the operating costs for just the one unit are high, further straining Three Mile Island’s financial health.

Pennsylvania is the nation’s No. 2 nuclear power state, after Illinois.

Closing Three Mile Island would have little or no effect on electricity bills, analysts say. But the power may be replaced by electricity generated by carbon-emitting fuels such as coal or gas.

Because of the flood of natural gas on the market, a lot of it from the Northeast’s Marcellus Shale formation, dozens of new gas-fired plants are coming online or planned. At the same times, states are putting more emphasis on renewable energy and efficiency.

 

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Leningrad II-1 reactor assembled

Leningrad II VVER-1200 Reactor Vessel assembly completed in Sosnovy Bor, with Rosenergoatom preparing for first criticality, hydraulic tests, and physical startup checks of neutron physics, control systems, and passive heat removal safety.

 

Key Points

Core vessel for Leningrad II Unit 1, completed, sealed, and prepared for hydraulic tests ahead of first criticality.

✅ Hydraulic tests to verify circuit integrity and equipment density

✅ Physical tests to refine neutron-physics of initial fuel loading

✅ Passive heat removal system testing completed; fuel loading began

 

Rosenergoatom has completed the assembly of the reactor vessel for unit 1 of the Leningrad Phase II nuclear power plant, which is in Sosnovy Bor in western Russia, even as it develops power lines to reactivate the Zaporizhzhia plant in a separate project. The nuclear power plant operator subsidiary of state nuclear corporation Rosatom said yesterday the VVER-1200 is now being prepared for first criticality this month.

Alexander Belyaev, chief engineer of Leningrad NPP, said in the company statement, noting industry-wide nuclear project milestones this year: "The reactor is fully assembled, sealed and ready for hydraulic tests of the first and second circuits, during which we will once again check the equipment of the reactor installation, and finally confirm its density. After that, it will be possible to start the reactor at the minimum controlled power level."

Belyaev said this preparatory phase "envisages a whole series of physical tests that will make it possible to refine the neutron-physical characteristics of the first fuel loading of the nuclear reactor, as well as prove the reliability of the entire control and safety system (in line with the US NRC's final safety evaluation for the NuScale SMR) of the reactor installation".

The existing Leningrad plant site has four operating RMBK-1000 units, while Leningrad II will have four VVER-1200 units, as projects like the Georgia nuclear expansion continue to take shape globally. Testing of the passive heat removal system of unit 1 of Leningrad II was completed in late August and fuel loading began in December, while a new U.S. reactor startup underscored the broader resurgence.

 

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Ohio nuclear generators to face more competition with new 955-MW gas plant

Ohio gas-fired generation accelerates as combined-cycle plants join PJM Interconnection, challenging FirstEnergy's Davis-Besse baseload in Lucas County with 869-955 MW capacity and lower costs than nuclear, this summer and a new 2020 project.

 

Key Points

Ohio gas-fired generation is new combined-cycle capacity for PJM, adding 955 MW and competing with nuclear baseload.

✅ 955 MW Lucas County plant approved by Ohio Power Siting Board

✅ 869 MW Oregon Clean Energy Center entered service this summer

✅ PJM says reliability unaffected without FirstEnergy nuclear

 

Nuclear generators already struggling in Ohio will face even more competition from almost 900 MW of gas-fired generation that came online this summer, amid concerns over a growing supply gap in some regions, and another 950 MW plant now in the works.

Both plants will connect to the PJM Integration market, according to the Toledo Blade, and will generate more power than FirstEnergy's nearby Davis-Besse nuclear plant overall.

The Clean Energy Future–Oregon project will cost an estimated $900 million to construct, and is expected to begin operation in 2020. The project was initially approved more than four years ago.

Nuclear plants in Ohio have pressed for subsidies to remain in operation, as their emissions-free power is being pushed off the grid by cheaper natural gas, reflecting a broader debate over the future of struggling nuclear plants across the U.S. In May, FirstEnergy CEO Chuck Jones told the Ohio Senate Public Utilities Committee that its Davis-Besse and Perry nuclear plants are unlikely to successfully compete with low cost gas-fired generation in the wholesale power market.

Proponents of supporting baseload generation like coal and nuclear have pointed to their contributions to the reliability and resiliency of the power system, and some jurisdictions are considering new large-scale nuclear to meet those goals. But FirstEnergy's Ohio nuclear plants are not necessary for system reliability, according to Craig Glazer, vice president of federal government policy at PJM Interconnection and the former chairman of the Public Utilities Commission of Ohio.

The Ohio Power Siting Board last week authorized Clean Energy Future-Oregon LLC to construct a 955 MW gas-fired, combined-cycle power plant in Lucas County.

The plant will be located on a 30-acre parcel of land in Oregon, Ohio, and will interconnect to the regional electric transmission grid via nearby 138 and 345 kV transmission lines.

The project is being developed by CME Energy, which this summer also brought online the Oregon Clean Energy Center, an 869 MW gas-fired power plant at a nearby location, while governments elsewhere weigh new gas plants to boost electricity production.

 

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Asbestos removal underway at Summerside power plant as upgrades proceed

Summerside Plant Asbestos Removal enables a heating system upgrade to electric furnaces with heat storage bricks, maximizing wind energy use and lowering peak loads; contractor tenders closed, work starts May 1.

 

Key Points

A city effort to remove asbestos so an electric furnace heating upgrade with wind energy heat storage can proceed.

✅ Four electric furnaces with heat storage bricks

✅ Maximizes wind energy, lowers peak load and diesel use

✅ Work starts May 1; about three weeks; no service disruptions

 

The City of Summerside is in the process of removing hazardous asbestos at the Summerside Electric Power Plant building in order to clear the way for replacement of the heating system.

The city is hiring a contractor to do the work and tenders for the project closed Thursday afternoon. 

The heating system is being replaced with four new electric furnaces, which are Heat for Less Now products. The products help maximize wind energy by using bricks to store heat created from wind energy for use during peak demand times, similar to using more electricity for heat initiatives advocated in the N.W.T.

"This program's working so well we wanted to continue with that in the power plant," said Rob Steele, electrical operations supervisor with the City of Summerside. 

Time to replace system

The new system will heat the whole building, as other utilities evaluate options like geothermal power plants to meet targets. 

"Having more of these units with heat storage already placed in them can lower the peak load of Summerside which therefore will help keep our diesel engines from running, aligning with power grid operation changes being considered in Nova Scotia," said Steele. 

Steele said the existing system is beyond life its expectancy and maintenance is getting costly so it's time to replace it, amid calls to reduce biomass electricity in generation portfolios. 

"And unfortunately in 1960 and 1963 asbestos was used on the elbow sections of the piping insulation and of course that must be removed for us to proceed," said Steele.  

Steele said the city doesn't know how much the project will cost yet as the tenders just closed Thursday afternoon. He said the city plans to announce the cost along with the successful bidder who will do the asbestos removal April 6. 

The city said there won't be any interruption of power or services during the upgrades, even as major facilities like the Bruce nuclear reactor undergo refurbishment elsewhere. Work is expected to start May 1 and take about three weeks to finish. 

 

 

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