«We looked at companies that had been granted patents
in electricity generation technologies and determined the probability that they would apply for future patents,» Lazkano said.
Not exact matches
Despite ample wind and sun, some of the highest
electricity prices
in the country, and the steep cost decline
in renewable energy
technologies, Puerto Rico has fallen far behind other US regions
in renewable energy investment, forming barely 2 percent of its
generation mix.
If the UK is to keep to its environmental commitments then
electricity market reform (EMR) needs to quickly facilitate investment
in new large scale
generation, whilst enabling transition to a low carbon energy system over the next ten years, say the Institution of Engineering and
Technology (IET).
The Electric Power Research Institute's report on decarbonizing
electricity generation said an «aggressive» push on new
technologies could lower 2005 - level carbon dioxide emissions from power plants by 41 percent
in 2030.
This would still require a major investment
in new
electricity generation from renewable resources, particularly wind power because it is a well - established and relatively cheap
technology.
Finding the right mix of green energy
technologies for generating
electricity will be crucial
in reducing the global impact of pollution for the next
generation, according to a United Nations report co-written by a Yale professor.
«We found that having a patent
in storage
technology made companies more likely to apply for another patent, either
in renewable
electricity generation technology or
in efficiency - improving
technology in fossil fuels.»
Build before Memory Runs Out Although individual consumer actions can help, major changes
in carbon output will likely require better
electricity -
generation technologies, retiring much of the coal - fired capacity and replacing it with the most cost - effective combination of modern reactors, renewables and even clean coal.
· Wide - scale deployment of a mix of low - carbon
electricity generation technologies, as foreseen
in mitigations scenarios such as the IEA's Blue Map Scenarios, helps to stabilize or reduce pollution such as eutrophication, acidification, particulates, photochemical smog, and toxicity.
Finally, although most people focus on
electricity generation solar photovoltaics, there is also an alternative
technology in the form of solar thermal hot water panels which generate heat for hot water.
She also is founder of the
technology consulting firm, The Jemison Group, Inc. that integrates the critical impact of socio - cultural issues when designing and implementing
technologies, such as their projects on using satellite
technology for health care delivery
in West Africa and solar dish Stirling engines for
electricity generation in developing countries.
This is odd because solar — including photovoltaics, concentrating solar thermal, and solar space & water heating — is a mature, commercialized
technology that is already being installed
in quantity today, both as centralized utility - scale
electricity generation and as distributed, small - to - mid-scale
electricity and heat
generation.
That an energy
technology suitable for small - scale
electricity generation in space probes can easily be scaled up to power the national grid?
While judging that the creation of a similar but separate licence for storage «would add unnecessary confusion» due to the characteristics shared by storage and existing
generation, Ofgem has said it will adopt the
Electricity Storage Network's definition of the
technology in legislation.
However, you don't want to argue for a rational solution — i.e. cheap nuclear power (which also happens to be 10 to 100 times safer than our currently accepted main source of
electricity generation, fossil fuel) and also happens to be a near zero emission
technology (
in fact much lower than renewables given they need fossil fuel backup, and given solar needs about 10 times as much material per TWh on an LCA basis).
Currently the
technology is legislatively classed as
generation, with Ofgem proposing
in November to amend the existing
electricity generation licence to clarify the regulatory framework for storage.
«[Howarth et al.'s] analysis is seriously flawed
in that they significantly overestimate the fugitive emissions associated with unconventional gas extraction, undervalue the contribution of «green
technologies» to reducing those emissions to a level approaching that of conventional gas, base their comparison between gas and coal on heat rather than
electricity generation (almost the sole use of coal), and assume a time interval over which to compute the relative climate impact of gas compared to coal that does not capture the contrast between the long residence time of CO2 and the short residence time of methane
in the atmosphere.»
(2007) • Contribution of Renewables to Energy Security (2007) • Modelling Investment Risks and Uncertainties with Real Options Approach (2007) • Financing Energy Efficient Homes Existing Policy Responses to Financial Barriers (2007) • CO2 Allowance and
Electricity Price Interaction - Impact on Industry's
Electricity Purchasing Strategies
in Europe (2007) • CO2 Capture Ready Plants (2007) • Fuel - Efficient Road Vehicle Non-Engine Components (2007) • Impact of Climate Change Policy Uncertainty on Power
Generation Investments (2006) • Raising the Profile of Energy Efficiency
in China — Case Study of Standby Power Efficiency (2006) • Barriers to the Diffusion of Solar Thermal Technologies (2006) • Barriers to
Technology Diffusion: The Case of Compact Fluorescent Lamps (2006) • Certainty versus Ambition — Economic Efficiency
in Mitigating Climate Change (2006) • Sectoral Crediting Mechanisms for Greenhouse Gas Mitigation: Institutional and Operational Issues (2006) • Sectoral Approaches to GHG Mitigation: Scenarios for Integration (2006) • Energy Efficiency
in the Refurbishment of High - Rise Residential Buildings (2006) • Can Energy - Efficient Electrical Appliances Be Considered «Environmental Goods»?
Energy efficient
technologies can be found
in all parts of the energy conversion chain: from exploration and production of primary energy resources, to power
generation and oil refineries to
electricity grids, to the final use
in industry, buildings and transportation.
The proposed project activity will support development of renewable energy
generation plants based on Solar PV
technology in India and delivering
electricity to the grid.
• Carbon Dioxide Capture and Storage (2006) • Energy Sector Methane Recovery and Use Initiative (2007) • IEA Energy
Technology Essentials: Biofuel Production, Biomass Power for Power
Generation and CHP, CO2 Capture and Storage, Fuel Cells, Hydrogen Production and Distribution, Nuclear Power (2007 & 2006) • International CHP / DHC Collaborative (2007) • International Energy
Technology Co-operation — Frequently Asked Questions (Chinese, Russian)(2006/7) • Renewables
in Global Energy Supply (2007) • Energy
Technology Perspectives Fact Sheets: Buildings and Appliances;
Electricity Generation; Industry; Road Transport Technologies and Fuels; and Scenario Analysis (2006)
The first projects using floating wind turbines are also now entering into operation, based on concepts widely deployed
in the offshore oil and gas sector; cost - competitive floating
technologies would widen the economic resource base for offshore
electricity generation considerably.
Bearing
in mind the portfolio of other renewable energy
technologies available, 2 percent of
electricity generation from perennial biomass
in 2050 still comprises a significant portion of global
electricity demand.
The total addressable market for
electricity generation technologies using perennial crops as feedstock is based on estimated global
electricity generation in terawatt - hours from 2020 - 2050.
However, for several locations and
technologies (especially for PV
in Europe and islands), on - site
generation now costs less than
electricity purchased from the grid.
Electricity markets are undergoing massive transformation, as the push for low - carbon power
generation shifts the industry towards high investment
in renewables and other new
technologies even as demand stagnates or declines
in many countries.
When breakthrough
technologies for the capture and storage of carbon dioxide are commercially deployed and demonstrated to be effective, coal - fired
electricity will strengthen its leading role
in new
electricity generation both
in the United States and, perhaps more importantly, around the globe — especially
in regions that desperately need a secure and plentiful source of affordable
electricity.»
The new version of KWES still provides headline data on all fuels, and now also contains additional information highlighting the rapid growth of renewable
technologies, for example that
in four countries wind
generation provided more than 10 % of all
electricity, with solar providing more than 5 %
in two countries.
Concentrated solar thermal (CST) energy with storage, a proven
technology for
electricity generation (4), can provide variable energy, to compensate for fluctuations
in demand, for a large fraction of U.S. energy needs.
According to the study, «renewable
electricity generation from
technologies that are commercially available today,
in combination with a more flexible electric system, is more than adequate to supply 80 % of total U.S.
electricity generation in 2050 while meeting
electricity demand on an hourly basis
in every region of the country.»
-- Except as provided
in subparagraph (C), not later than January 1, 2014, and not less frequently than every 4 years thereafter, the Commission shall review the effect of this paragraph and shall, as necessary, reduce the number of Federal renewable
electricity credits per megawatt hour issued under this paragraph for any given energy source or
technology, but not below 1, to ensure that such number is no higher than the Commission determines is necessary to make distributed renewable
generation facilities using such source or
technology cost competitive with other sources of renewable
electricity generation.
Second, there is now no business motivation to bear the cost of CCS systems when selecting new
generation technologies even though the cost of
electricity from IGCC plants is
in fact lower than from SCPC plants once CCS costs are taken into account.
--
In addition to the policy under paragraph (1), it is the policy of the United States that regional electric grid planning to meet these objectives should result from an open, inclusive and transparent process, taking into account all significant demand - side and supply - side options, including energy efficiency, distributed
generation, renewable energy and zero - carbon
electricity generation technologies, smart - grid
technologies and practices, demand response,
electricity storage, voltage regulation
technologies, high capacity conductors with at least 25 percent greater efficiency than traditional ACSR (aluminum stranded conductors steel reinforced) conductors, superconductor
technologies, underground transmission
technologies, and new conventional electric transmission capacity and corridors.
(9) a robust, efficient, and interactive
electricity transmission grid that will allow for the incorporation of clean energy
technologies, distributed
generation, and demand - response
in each regional electric grid;
Economy - wide impact studies (Sathaye et al., 2005; Phadke et al., 2005) show that
in developing countries, like India, adoption of efficient
electricity technology can lead to higher employment and income
generation.
In parallel to this new policy reality, technology developments — from advances in unconventional gas extraction to startling declines in the cost of renewable energy generation and efficiency — are redefining the economics of electricity market
In parallel to this new policy reality,
technology developments — from advances
in unconventional gas extraction to startling declines in the cost of renewable energy generation and efficiency — are redefining the economics of electricity market
in unconventional gas extraction to startling declines
in the cost of renewable energy generation and efficiency — are redefining the economics of electricity market
in the cost of renewable energy
generation and efficiency — are redefining the economics of
electricity markets.
Specifically, Delucci and Jacobson pick one mix of eight renewable
generation technologies, increased transmission, and storage
in grid integrated vehicles (GIV), and show this one mix is sufficient to provide world
electricity and fuels.
The interest
in natural gas combustion as a potential solution to climate change has been gaining because US ghg emissions have fallen somewhat as natural gas from hydraulic fracturing
technologies has been rapidly replacing coal
in electricity sector
generation.
(Sec. 412) Authorizes appropriations for the Secretary to provide the cost of a direct loan to the owner of a clean coal
technology plant located near Healy, Alaska, constructed under Department cooperative agreement number DE-FC-FY22-91PC90544,
in order to place such plant into reliable operation for the
generation of
electricity.
-- The assessment shall contain an evaluation and analysis of
electricity generation facilities that are constructed
in accordance with different plant designs (including different cooling
technologies such as water, air, and hybrid systems, and
technologies designed to minimize carbon dioxide releases) based on the fuel used by the facility, including --
Evolutions
in technology and the
electricity marketplace are expanding opportunities for participation
in Ontario's
electricity system and are driving a transition towards a system characterized by two - way energy flows and growing prevalence of smaller - scale distribution - connected, or embedded,
generation.
Through 2014, about 1 trillion Euros have been spent on wind and solar
technologies for
electricity generation in Europe.
More new wind
electricity generating capacity was added
in 2012 than any other
generation technology, including natural gas — a record 13,100 megawatts.
The green proposition of electric cars, especially the plug -
in variety, is that by promoting the development of
electricity generation and energy storage
technology development (
in the form of energy storage devices such as batteries), electric cars are not only reducing the need for gasoline, but also creates pull factors for the development of grid - connected renewable energy sources such as solar and wind energy by creating new
electricity demand and provide energy storage solutions to address the problems of the intermittent nature of solar and wind power.
CCS
technologies prevent CO2 emissions produced from industrial processes or from the use of combustion fuels
in electricity generation and industry from entering the atmosphere.
By the end of 2016, these
technologies — collectively referred to as variable renewable energy (VRE)-- had reached double - digit shares of annual
electricity generation in fifteen countries.
A 2009 study on the negative effects of power
generation by the Australian Academy of Technological Sciences and Engineering (ATSE), «The hidden costs of
electricity: externalities of power
generation in Australia» calculated the greenhouse impacts and health damage costs of different power
generation technologies including coal, gas, wind, solar photovoltaic, solar thermal, geothermal, carbon capture and storage, and nuclear energy, and determined that health costs of burning coal are equivalent to a national health burden of around $ A2.6 billion per annum.
This illustrates the fact that transportation is much more oil - dependent than
electricity generation, and existing
technologies offer few fundamental solutions for alternatives
in the transportation sector.
In Australia, at the moment we use around 10 % as the discount rate for comparing the levelised cost of
electricity between
electricity generation technologies.
A new study
in the journal Energy Economics by our own Martin Ross examines how changes
in market trends and
technology costs are likely to affect
electricity generation in the United States
in the context of possible future carbon taxes.