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Power generation using bio-mass gasification technology is more environment friendly compared to direct combustion based bio mass power generation. Under water tidal turbines have emerged as the most promising technology for tidal power generation. Image courtesy of ScottishPower Renewables. UK scientists are developing a microbial fuel cell capable of generating electricity from human urine. Concentrating Solar Power CSP technology involving the use of mirrors to focus sunlight onto a receiver that captures and converts the solar energy into heat for electricity generation has been in use since s.

The CSP technology has, however, re-emerged as a promising new green power technology during recent years with new innovations in different CSP systems and the invention of new solar thermal storage solutions such as molten salt technology.


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The trough system comprises of U-shaped reflectors focussing sunlight onto oil-filled pipes running along their centre with the hot oil boiling water to generate steam for electricity generation. The power tower CSP system uses large flat mirrors called heliostats to focus sunrays onto a receiver sitting atop a tower in which fluid such as molten salt can absorb the heat to make steam for immediate electricity generation or store it for later use.


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  8. The receiver is integrated with an external combustion engine which generates electricity as the concentrated sun light heats up expanding hydrogen or helium gas contained in its thin tubes driving the piston of the engine. Global CSP installed capacity at the beginning of stood at 2. The Solana facility also offers six hours of molten storage capacity to produce electricity during evening. Many more CSP plants are currently under development across the world. Floating wind turbines The commercial operation of floating wind turbines could hold the key to unlocking the offshore wind power potential of deeper waters where winds are often stronger and steadier.

    Unlike conventional offshore wind turbines that require erection of concrete bases in the seabed, floating wind turbines, based on floating oil and gas offshore platform technology, are anchored into the seabed with the use of just a few cables at sites as deep as m. Deeper waters also offer the advantage of less obtrusive installations.

    Power Plant Technologies

    The successful demonstration of several prototype floating wind turbines since , has generated interest for commercial deployment floating wind turbines. Interest for wind power generation from floating turbines is especially noticeable in countries like Japan which has been striving for alternate power following the nuclear disaster in but does not have enough shallow coastal waters to support conventional wind farms. Japan has proposed building a 1GW floating wind farm by around 20km off the coast of the damaged Fukushima Daiichi nuclear plant.

    Following successful testing of the initial turbines, the Fukushima wind power project with additional turbines will be developed by a private coalition including Marubeni, Mitsubishi, Hitachi and others. Floating offshore wind power generation technology is also gaining momentum in the UK. The 30MW wind farm comprising six floating turbines will be developed by Statoil off the coast of Aberdeenshire, Scotland, at a water depth of m.

    Concentrating solar power technology

    Printable organic solar cells Printable and flexible solar cells could revolutionise photovoltaic solar power generation using semiconducting inks printed directly onto flexible stretchable thin plastic or steel, that will not only reduce the cost of solar cells but also open up a myriad of new installation options. These extremely light weight organic solar cells can be laminated onto building walls or any other irregular surfaces exposed to sun light as well as be built into construction materials directly.

    Solar cells comprised of plastic polymers are also considered to perform better in low light conditions.


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    8. The solar cell printer could produce up to ten metres of solar panel per minute. Project management is the practice of initiating, planning, executing, controlling, and closing the work of a team to achieve specific goals and meet specific success criteria at the specified time.

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      Gas Turbine for Power Generation- Introduction

      Brilliant Team Excellent potential team management. All Northland energy sources are sustainable over the long term and address growing environmental concerns. Northland has fully developed in-house engineering expertise, so we are ideally positioned to evaluate and pursue new power generation technologies as they become commercially feasible. Northland Power uses natural gas turbine technology to produce large amounts of electricity in an efficient, reliable, and environmentally responsible manner. Simple Cycle Gas Turbine SCGT plants use thermal energy released from the combustion of natural gas to spin a turbine, which in turn drives an electrical generator to produce electricity.

      SCGT plants can be started or stopped quickly in response to changing demand, which makes SCGT ideal for peaking plants which are designed to balance supply from intermittent power sources, such as wind. System operators also use SCGT sources to protect against unexpected outages at other generating stations and to overcome transmission bottlenecks or constraints. CCGT projects are best suited for extended or continuous use, rather than being required to start up quickly or often.

      Top 10 Energy Sources of the Future

      Cogeneration uses CCGT technology and then further uses the steam produced in an industrial process or as a heat source. This typically requires the plant be located close to a steam host that has contracted to off-take the steam. In addition to natural gas, Northland Power burns biomass mainly wood waste such as bark and sawdust in boilers to create steam.