Harish Dabasia UKs most connected person in the PV Solar Power/Energy sector
Advocate, Ambassador, Introducer, Influencer, Facilitator and Deal maker. Through Act On Solar compiling the UKs First PV Solar installation Map.
Wednesday, 6 June 2018
Started a new Venture MANAGE MY BUILDER Provide building construction project management services Clients engage us to solve substandard building works or fix messed up build jobs and restart abandoned construction projects or stranded developments
Harish Dabasia UKs most connected person in the PV Solar Power/Energy sector
Advocate, Ambassador, Introducer, Influencer, Facilitator and Deal maker. Through Act On Solar compiling the UKs First PV Solar installation Map.
Tuesday, 10 January 2012
HYDRO-power generation wins council support and a £300,000 loan
HYDRO-power generation wins council support and a £300,000 loan
Cash is secured for new hydro energy station on the river Avon
Renewable energy station uses a ‘run-of-river’ scheme made up of two Archimedean screws at Pershore weir on river Avon has been licensed by Environment Agency
- By Richard Vernalls » @rvernallsWN #worcsnews
A HYDRO-power generator has won council support and a £300,000 loan backed by the taxpayer.
Proposals to build the renewable energy station at Pershore weir on the river Avon have been circulating for some time, and the Environment Agency has granted a licence to landowner Charles Hudson to make the project happen.
Wychavon District Council’s executive board agreed to recommend a loan supporting the project.
The loan would be charged to the project at 10 per cent a year, with a life of 10 years.
However, the interest payments are set to be paid out of feed-in tariffs, which are paid by the Government for generation of surplus energy.
The project is estimated to cost £1 million and would generate power for more than 200 homes.
Once finished, the business case is to sell the electricity commercially, rather than to National Grid, and one potential customer could be Wychavon Leisure Centre, which could use about 90 per cent of the power generated.
Power would be created by a ‘run-of-river’ scheme made up of two Archimedes screws located on the east bank. The design includes a ‘fish pass’ for canoeists and kayakers.
The council’s officers also suggested the area could accommodate a much larger water leisure facility, or use funding available through the Olympic games to set up Pershore as “a vibrant water sport centre”.
Councillor Paul Middlebrough said: “It’s a fantastic idea and we’re keen to move forward, which is why we want to provide this loan of £300,000.
“It’s a commercial opportunity, and Mr Hudson is also putting his money into the project.”
HYDRO-power generation wins council support and a £300,000 loan
http://pumpandgenerator.com/hydro-power-generation-wins-council-support-and-a-300000-loan/
http://www.archimedeshydroscrew.com/archimedes-hydro-screw-industry-gets-a-much-needed-boost/
Old lady of renewable energy,Hydro energy not so sexy yet still most reliable
Old lady of renewable energy,Hydro energy not so sexy yet still most reliable
Rangga D Fadillah, The Jakarta Post, Jakarta
Austria-based hydro energy developer Andritz Hydro suggested that the government, business people and energy consumers in Indonesia pay more attention to the future development of hydro energy sources.
Company president director Josef M. Ulmer said Monday that Indonesia had abundant hydro energy potential, around 78,000 megawatts (MW), but as of today utilization still stood at only around 4,500 MW.
“Hydro is the old lady of renewable energy. It’s not as sexy as solar energy, but it is one of the most reliable sources of energy, including in Indonesia,” he told reporters at a press conference on the sidelines of the World Renewable Energy Congress in Nusa Dua, Bali.
With a current electrification ratio of about 70 percent, hydro energy could be one of the best options for providing access to electricity in certain regions of the country, he said, adding that the future of hydro energy was very encouraging.
As reported earlier, the government and state electricity utility PLN were preparing the concept for the third phase of the 10,000 MW fast-track program. During this phase, most new power plants would use water for generating electricity.
Old lady of renewable energy,Hydro energy not so sexy yet still most reliable
http://pumpandgenerator.com/old-lady-of-renewable-energyhydro-energy-not-so-sexy-yet-reliable/
http://www.archimedeshydroscrew.com/archimedes-hydro-screw-industry-gets-a-much-needed-boost/
Historic hydro sites to be used to generate hydroelectricity in USA
Historic hydro sites to be used to generate hydroelectricity in USA
Hydro Proposal Offers 'Clean' Source of Local Power in USA
The renovation of an historic hydroelectric generator in Mansfield Hollow could produce enough renewable energy to power half Mansfield's public buildings.
Photos (6)
Stand on the bank of the Natchaug River in Mansfield Hollow and it won’t take you long to appreciate the opportunity there. Centuries ago people saw it: Power -- free for the taking as the river makes its way toward the sea. Power enough to run a prosperous industry for decades. Those days are long gone, but now a local entrepreneur again sees the Natchaug’s potential to provide inexpensive and, more importantly, clean and renewable energy to the community. If he can only get it built.
Sam Shifrin, owner of the Kirby Mill near the base of the Mansfield Hollow Dam, says he wants to install a small hydroelectric generator on his property along the Natchaug. His low-impact, state-of-the-art equipment would replace and update a hydroelectric plant that operated there in the late 1800s.
Shifrin says his installation could produce enough power to run his mill and half of Mansfield’s government buildings.
Not only that, it would enable the town to achieve its renewable non-polluting energy goals for years to come – and cost the taxpayers less money than they are paying now. That’s if he and his wife, Michelle, can get the financing their business, Mechatronic Energy Systems LLC, needs to build the facility. … And if the town agrees to buy the power. Inspired during their renovation of the historic 129-year-old mill, the Shifins have spent seven years obtaining the federal permit they need to install their high-tech turbines and related equipment. Sam Shifrin, a mechanical engineer, designed the cutting edge hydrokinetic turbine system to take maximum advantage of the Natchaug River’s flow as it fluctuates throughout the year. He estimates the hydroelectric plant -- about the size of a three-car garage -- will cost about $2.2 million to build. Once up and running, the system would produce 500 kilowatts of electricity, annually generating 2.25 million kilowatt hours of “green” or “clean” power – enough to supply half the town’s municipal buildings, Shifrin said. The Shifrins have offered to sell their hydropower to the Town for the same price it pays for non-renewable energy; and local officials are evaluating the offer. The Town’s sustainability committee has reviewed the proposal and endorsed it. Buying the local hydropower would spare the town the expense of buying the carbon credits or “renewable energy certificates” it must obtain to meet its clean-energy goals. According to Town Manager Matthew Hart, Mansfield spends about $300,000 on electricity it gets through a consortium operated by the Connecticut Conference of Municipalities. The Town has made a commitment to use 20 percent renewable energy by the year 2010, and because it has not yet met that goal, currently spends about $10,000 a year buying the “renewable energy certificates” it needs to compensate, Hart said. Those certificate fees are likely to increase in the years ahead unless the town can find a source of renewable, non-polluting energy like the power the Shifrins' hydro unit offers. Shifrin’s hope is to use the Mansfield site as a model and demonstration site for the industry.The U.S. has some 80,000 dams that are not producing power, he said, offering great potential for expanding the use of small, low-impact hydroelectric generators. New England and New York have some 4,000 sites that could be used for generating hydroelectric power, he said.
His plan locally is to rebuild and reopen an historic “headgate” a few hundred yards from the base of the massive Mansfield Hollow Dam. It was originally put there in the 1800s to power the mill, but was eventually abandoned and filled in by the state. The headgate is adjacent to a man-made dam created in the early 1700s. The renovated headgate, once reopened, will divert some of the river’s flow into an engineered waterway or “head race” that will guide the water to a hydroelectric generator of Shifrin’s design. The energy its five turbines produced would be metered and returned to the state’s power grid over the existing lines. The system is capable of generating power even during low-flow periods when most generators have to shut down, he said. The water taken into the hydro unit would be returned to the river through a "tail race" a few hundred yards downstream. Hart said he wants to be sure that the grid's “virtual metering system” works properly so the town can get full credit for buying the clean power. More importantly, he said, he also wants to be sure that buying power locally will not have a negative impact on the town’s participation in the CCM energy consortium. He expects to bring the matter back before the Town Council in January, he said. The Shifrins have already obtained the Federal Energy Regulatory Commission’s license they need to build the system and could start construction right away … if they had the money. “The construction plans, design, engineering … they are all done,” Shifrin said. But over the seven-year permitting process, Shifrin said, the project costs have grown. As a result, his company needs to find the financing before moving ahead. Cementing a power purchase agreement with the town, Hart said, would help the Shifrins leverage the capital they need to proceed. The Shifrins could, of course, sell the power to anyone who wants or needs renewable energy, including the power company itself; but “we would prefer Mansfield purchase the power,” Shifrin said. The company wants to make the operation available as an educational tool as well as simply a source of local renewable energy, he said. Earlier this year the Shifrins were exploring a way to finance the project using zero-interest “qualified energy conservation bonds” available to the town through the Connecticut Development Authority. The Shirfrins offered the town a 20-year lease on the property and federal license, hoping Mansfield could use the bonds to build the hydro plant. The project would eventually pay for itself in the form of inexpensive power, Shifrin said. Five new turbines would be part of the deal. Hart, however, said he is concerned that the additional risk, liabilities, management issues and expense might outweigh the benefits of that approach. Getting approval to install a hydroelectric generator on a public waterway is a long and laborious process. Shifrin said he originally planned to simply restore the mill’s original hydro unit with something adequate to power his business at the mill. When he learned that the permitting process was equally complex for five or 500 kilowatts, he decided to expand his plan. FERC has a long set of requirements that include meeting federal and state environmental demands. The Mansfield project has undergone a number of environmental studies, Shifrin said, and projections are that by reducing and slowing some of the river volume when it is running at its fastest, his project will actually improve the fish habitat in that part of the Natchaug. At its fastest in the spring, the Natchaug flows at about 1,000 cubic feet per second, Shifrin said. His system will run at maximum output on 450 cfs, and could operate when the river goes as low as 30 cubic feet per second, he said. His permit, however, requires that at least 20 cfs flow freely down the riverbed to protect the habitat. The generators are likely to be operational every month but August. The “trash rack” at the head gate of Shifrin’s system is designed to screen out any fish that is too large to pass safely through the turbine. It also limits the speed of the water into the race so fish can escape its pull. As part of the permitting process, Shifrin also agreed to trap fingerling eels twice a year and drive them upstream where, ironically, they currently do not exist, he said. Eight years after that process begins, he said, he will again have to modify the equipment so that the turbine does not harm the mature eels. Historic hydro sites to be used to generate hydroelectricity in USA
Historic hydro sites to be used to generate hydroelectricity in USA
Shrewsbury Hydro group to generate green electricity at Castlefields weir
Shrewsbury Hydro group to generate green electricity at Castlefields weir
A Shrewsbury group spearheading plans to generate green electricity from Castlefields weir is on track to win a £15,000 grant for an Archimedes screw turbine installation
.
The Shrewsbury Hydro Group, part of Transition Town Shrewsbury, was formed to push forward plans to develop a hydro project at the weir as part of an eco-scheme to save 1,000 tonnes of carbon dioxide a year.
The group is up against hundreds of other eco projects across the county to be shortlisted for the final round of a competition run by EnergyShare.
EnergyShare has up to £500,000 available to support projects.
With just 12 days left in the competition, which is decided by public vote, Shrewsbury Hydro is in second place, making it eligible for the cash boost.
Mark Scutt, energy co-ordinator for Transition Town Shrewsbury, said today: “We face competition from a solar panel project in Devon and that will be very popular.
“We need people to keep voting to ensure we can guarantee the money in 12 days’ time. If we finish in first or second place we are guaranteed the funding but if we fell into third place we would miss out.
“This is the only scheme in Shropshire to be shortlisted and the only hydro scheme in the competition.”
Mr Scutt said: “The bid for £15,000 will be used to do all the environmental surveys needed before we can actually apply for permission to put in a hydro scheme.”
It is believed Shrewsbury would be able to generate almost two million kilowatt hours of electricity a year from an Archimedes screw turbine installation, Archimedean screw turbine turbine installed alongside the weir.
The Shrewsbury group says that recent increases in fuel costs at power stations, together with the introduction of feed-in tariffs for electricity generated from water and other renewable sources, make it viable to harness the water power of the Severn.
Shrewsbury Hydro group to generate green electricity at Castlefields weir
http://www.archimedeshydroscrew.com/archimedes-hydro-screw-industry-gets-a-much-needed-boost/
Sunday, 18 December 2011
Renewable energy system produces electricity from water in pipelines
Renewable energy system produces electricity from water in pipelines
Riverside Public Utilities to use In-pipe Hydropower System
Renewable energy system from Lucid Energy produces electricity from water moving through pipelines.
Riverside Public Utilities (RPU) was awarded a 2011 Outstanding Energy Management Award for its ongoing evaluation of an in-pipe hydropower system from Lucid Energy Inc., a renewable energy technology company and pioneer in the development of in-pipe hydropower systems for large water users.
The award, which was presented by the California-Nevada Section of the American Water Works Association (AWWA) at its annual fall conference, recognizes top water utilities for innovative energy management.
The first prototype of the LucidPipe™ Power System from Lucid Energy was installed inside a 42-inch water pipe in Riverside, California in February 2010 and the third generation system, which has been in continuous operation since March 2011, has already generated more than 23 megawatt hours of renewable electricity. A permanent installation of the system is scheduled for November 2011.
Lucid Energy’s LucidPipe™ Power System, which was developed in conjunction with Northwest Pipe Company, is a patented,
in-pipe turbine that captures energy from fast-moving water inside of gravity-fed water pipelines to produce clean, reliable, low-cost electricity with no impact on operation.
The installation at RPU utilizes a portion of a gravity-fed water pipe that is fitted with Lucid Energy’s vertical axis spherical turbine, which spins as water passes it. Because of the turbine’s lift-based design, the LucidPipe can operate across a wide range of flow conditions, volumes and velocities with no interruption of water flow. The study at RPU confirmed that less than 1 PSI of pressure was extracted from the system as a result of the in-pipe turbine.
“We’re proud to accept this award from the AWWA as a recognition of RPU’s commitment to cost-saving, renewable energy,” said Kevin Milligan, assistant general manager of water utility for the City of Riverside. “It’s very exciting to be on the cutting edge of water-to-wire technology, and the Lucid Energy system has enabled us to turn our existing municipal water infrastructure into a generator of clean, continuous electricity.”
“We chose Riverside for our field testing because of RPU’s progressive outlook and the City of Riverside’s commitment to environmental sustainability, and this AWWA award reinforces that,” said Josh Kanagy, director of business development for Lucid Energy. “Based on our experience results at RPU, we are engaging other leading municipalities, and industrial water users who can benefit from clean, predictable, low-cost energy.”
For more information, visit: www.lucidenergy.com
About Lucid Energy
Lucid Energy is a provider of renewable energy systems. Lucid Energy’s patented LucidPipe™ Power System enables industrial, municipal and agricultural facilities to produce clean, reliable, low-cost electricity from their gravity-fed and water pipelines and effluent streams.
Lucid Energy was formed in 2007 with the mission of creating a new way for industries – particularly those that use large amounts of water and electricity – to turn the untapped energy of moving water into cost-saving, renewable energy. Lucid Energy’s technology team invented an in-pipe turbine generator that operates using fast-moving water inside of water pipelines without affecting operations.
In 2008, Lucid formed a strategic relationship with Northwest Pipe Company, the largest manufacturer of water transmission pipe in the United States.
The two companies collaborated on the development of the lift-based turbine design that is the foundation for the LucidPipe in-pipe hydropower system.
Renewable energy system produces electricity from water in pipelines
http://pumpandgenerator.com/renewable-energy-system-produces-electricity-from-water-in-pipelines/
http://pumpandgenerator.com/facebook-uses-archimedes-generators-in-sweden-for...
http://www.archimedeshydroscrew.com/archimedes-screw-pumps-turbines-and-generators-gets-royal-approval/
http://www.archimedeshydroscrew.com/archimedes-hydro-screw-industry-gets-a-much-needed-boost/
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