Or indeed the mining of materials for
other electricity generation technologies?
If the unjustifiable impediments were removed, competition and innovations would take off; technologies would improve faster, safety would improve and costs could be expected to decline at around 10 % per capacity doubling (typical for
other electricity generation technologies over the past 100 years or so).
Nuclear is still a factor of 600 safer than the main alternative, coal, and still much safer than
all other electricity generation technologies (on a fully life cycle basis).
So nuclear generation is not as safe and it is more expensive than it would have been if it had been allowed to compete and develop on an equal footing with
other electricity generation technologies.
Even when the plants do a Fukushima (an exceedingly rare occurrence and the frequency per unit of electricity produced is decreasing), the fatalities and health consequences are negligible and, properly normalised for the amount of electricity they supply, are less than
any other electricity generation technology operating routinely.
Lastly, nuclear is safer than
any other electricity generation technology, including wind and solar: http://nextbigfuture.com/2012/06/deaths-by-energy-source-in-forbes.html
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.
Researchers categorized the
electricity system into three principal components: consumers;
generation technologies; and the wires, poles, storage and
other hardware required to connect end users and generators.
Artificial reef construction by means of mineral accretion, also known as «third
generation» artificial reef systems, is a novel
technology which uses
electricity to «grow» limestone rock on artificial frames and increase growth rates of corals and
other reef organisms.
Moreover, widespread implementation of distributed, local
electricity generation — especially low - cost, high - efficiency thin - film photovoltaics like those now being manufactured by Nanosolar for the municipal utility market, and
other innovative PV
technologies like the cylindrical PV modules being manufactured by Solyndra for commercial rooftop applications — will greatly reduce the need for large - scale, centralized baseload
generation.
Offshore wind is a rising force, but remains for the moment a relatively marginal one at 0.2 % of global
electricity generation; wind and
other marine
technologies face stiff competition from a range of onshore options, including
other low - carbon sources of
generation.
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.
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.
Requires FERC to: (1) issue to each generator of renewable
electricity a REC for each megawatt hour of renewable
electricity generated after December 31, 2011; (2) issue three RECs for each megawatt hour of renewable
electricity generated by an existing distributed renewable
generation facility; and (3) review the effect of issuing three RECs and to reduce such number for any given energy source or
technology to ensure that such number is no higher than is necessary to make such facilities using such source or
technology cost competitive with
other sources of renewable
electricity generation.
-- 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.
Through the process of integrating landfill methane with
other solutions, the total addressable market for
electricity generation technologies was adjusted to account for reduced demand resulting from the growth of more energy - efficient
technologies, [8] as well as increased electrification from
other solutions like electric vehicles and high - speed rail.
Other studies of nearly decarbonizing the power sector by mid-century show that more efficient, advanced biopower
technologies using low - carbon feedstocks, such as agricultural residues and energy crops, could provide a modest contribution of up to 15 percent of U.S.
electricity generation (NREL 2012, UCS 2013).
The competitiveness of conventional coal - fired
electricity generation relative to
other technologies diminishes as the stringency of an emissions cap increases.
More new wind
electricity generating capacity was added in 2012 than any
other generation technology, including natural gas — a record 13,100 megawatts.
[5] The German Offshore Wind Act is a part of Germany's broader Renewable Energy Act (EEG 2017), which provides for
technology - specific (including OSW - specific) energy auctions aimed at driving down the cost of
electricity generated by OSW and
other renewable
generation methods (Kilgus and Bader 2016).
Other provisions in the act — such as tax incentives that encourage the adoption of energy - efficient
technologies, a shift to more combined heat and power
generation, and the adoption of real - time pricing of
electricity (a measure that will discourage optional
electricity use during peak demand periods)-- would cut
electricity demand enough to avoid building an additional 37 coal - fired power plants.
CSP and offshore wind had cumulative installed capacity of just 5 GW and 13 GW respectively at the end of 2016, while the cost of
electricity from recently commissioned projects for these
technologies is higher than for
other renewable power
generation technologies.
In January DECC submitted an appeal in which they noted that «the High Court's decision was based on the view that the proposed approach to implementing new tariffs for solar PV is inconsistent with the FIT scheme's statutory purpose of encouraging small - scale low - carbon
electricity generation» But DECC said «The overriding aim of the proposed reduction in tariffs for solar PV (as set out in the recent consultation) is to ensure that over the long term as many people as possible are encouraged to install small scale low - carbon
generation (including
other technologies as well as solar PV) and benefit from the funding available for the FIT scheme.