Do you guys have any idea how hard it will be to
REPLACE an energy infrastructure?
The bill would also call for an examination of the cost to
replace energy infrastructure, including transmission lines.
So, what do you think the US could do to lessen the economic burden to our society for
replacing our energy infrastructure by investing money to help build cleaner energy infrastructure in developing countries?
Not exact matches
Last week, Trump
replaced the head of the Federal
Energy Regulatory Commission (FERC), a five - person panel that approves certain natural gas pipeline projects and regulates interstate energy infrastru
Energy Regulatory Commission (FERC), a five - person panel that approves certain natural gas pipeline projects and regulates interstate
energy infrastru
energy infrastructure.
In the emails, Clinton advisers discussed how to frame the candidate's «
energy infrastructure» plan, which would call for
replacing old pipelines, repairing rail tracks and improving the electric grid in a way that would appeal to labor unions, who had yet to endorse her at that stage.
It is also improving its
infrastructure; at its Oakville facility, the company is
replacing the roof to improve
energy efficiency.
The government has shown its commitment to
replacing our ageing
energy infrastructure, and the Electricity Market Reform (EMR) proposals are intended to provide the economic and commercial underpinning to investments in a range of low - carbon technologies, including nuclear.
We can expect to see more inaccurate claims from Tory backbenchers about renewable power sending the cost of
energy bills soaring (and failing to account for the necessary cost of
replacing ageing
infrastructure regardless of whether we go green).
Under the current utility structure, the power sector in New York is on track to spend an estimated $ 30 billion to
replace and modernize the state's aging
energy infrastructure over the next decade.
S: We should concentrate on finding a new
energy resource and a new
energy infrastructure to augment and ultimately
replace oil, natural gas, and eventually coal.
It would be unfortunate, to put it mildly, to spend countless trillions
replacing fossil - fuel
energy infrastructure only to discover that its successor is also more damaging than it need be.
If this asphalt and concrete were
replaced with solar cells of moderate efficiency — around 15 per cent — they would not only generate a significant amount of
energy but would also provide a backbone
infrastructure to deliver the
energy to our doors, he says.
«About 6 percentage points of that is gained through efficiency improvements to
infrastructure, but the bulk is the result of
replacing current sources and uses of combustion
energy with electricity.»
The inertia of
energy system
infrastructure, i.e., the time required to
replace fossil fuel
energy systems, will make it exceedingly difficult to avoid a level of atmospheric CO2 that would eventually have highly undesirable consequences.
Or the
Energy Department could support the greening of school
infrastructures,
replacing boilers, windows and roofing, an initiative that also would generate savings against heating and cooling costs.»
Existing
energy infrastructures would have to be
replaced quicker and policy instruments that could make such improvements feasible would need to be adopted earlier.
In other words,
replacing coal with natural gas will not have much benefit until far down the road because building extra
infrastructure requires
energy which is currently supplied by carbon - intensive sources.
In the interest of disclosure, I'll mention a few: One occurs if a new
energy source puts carbon - based sources «out of business» and displaces them quickly, even without any cost assigned to carbon dioxide emissions: In other words, if the economic cost of the new
energy source is so low that it completely and quickly beats even the lowest - cost carbon - based sources (even without a «carbon price») and justifies investments associated with
replacing the associated
infrastructure.
«It may be better to some extent for a rich nation to help a poor nation develop clean
energy infrastructure than to
replace it's own ``... includes building designs, urban planning, appliances, etc..
Reducing CO2 emissions by
replacing combustion with other
energy sources (solar, wind, nuclear, etc.) is a much longer - range goal that would involve rebuilding most of our industrial
infrastructure.
, 545 (scale re Secular Animist), Secular Animist 542 (re Dan H. 541), — I should probably clarify that specifically what I meant was that it should tend to be more efficient to choose building a unit of clean
energy infrastructure in a developing country than
replace a unit of dirty
energy infrastructure with said unit of clean
energy infrastructure while building another new dirty
energy infrastructure unit; of course those aren't the only two choices.
531 Patrick said,» It may be better to some extent for a rich nation to help a poor nation develop clean
energy infrastructure than to
replace it's own»
As always,
energy efficiency improvements such as
energy efficient lighting, adding insulation, and sealing leaks should be undertaken first.First Step:
Replace Fossil Fuel Equipment
Replacing building infrastructure may take some time, especially if you wait until the equipment needs r
Replacing building
infrastructure may take some time, especially if you wait until the equipment needs
replacingreplacing.
The
energy and transportation
infrastructure gets
replaced every 50 years or so, so upgrading it as it is
replaced is a reasonable response.
Andersen: In your book, you argue that it would be impossible to transition away from fossil fuels quickly, because our current global -
energy infrastructure simply can't be
replaced within a single generation.
Incentives must be provided for economic development that steadily
replaces outdated fossil fuel - based
energy infrastructure.
Solar PV has enormous potential for
replacing fossil carbon in our
energy infrastructure, and its continuing exponential decline in cost makes it look like the most probable outcome.
Whereas these international tech firms are constructing
infrastructure to employ clean
energy, their focus isn't on fashioning solutions to lessen
energy consumption, but somewhat to
replace that consumption with clean
energy.
Such a hybrid
infrastructure would lower the use of carbon fuels for the generation of electricity, because renewable
energy can
replace them if there is sufficient sun or wind available.
The ability to
replace not only new gas plants but also make transmission
infrastructure unnecessary changes the economic threat that renewable
energy represents.
Between now and 2050 China, Japan, South Korea, the ASEAN states and Australia will be investing trillions of dollars to expand,
replace and upgrade the region's transport, telecommunications and
energy infrastructure systems.
Fossil fuels will be
replaced by other
energy sources, over time, in the same way as all previous major
infrastructure technology transitions have occurred.
The inertia of
energy system
infrastructure, i.e., the time required to
replace fossil fuel
energy systems, will make it exceedingly difficult to avoid a level of atmospheric CO2 that would eventually have highly undesirable consequences.
However, the government has long recognised the need for significant investment to
replace the UK's aging
energy infrastructure.
Fixing this also will require world - shaking investments to
replace our existing
energy generation and distribution
infrastructure.
Twenty - first century clean
energy technologies are already being designed, built, marketed, and installed to
replace more than a century's worth of entrenched fossil fuel
infrastructure, and a recent report by the Department of Commerce indicates that there are nearly 2 million clean
energy jobs in our economy today, with more on the way.
We also look at how people can use direct investments or peer to peer lending to fund the clean
energy infrastructure that needs to
replace fossil fuels.
A 2010 study asked: what if the current
energy infrastructure were simply allowed to live out its useful life, without being
replaced?
Many politicians argue that the economic crisis,
energy security issues and climate change can all be dealt with in a «New Green Deal,»
replacing high - carbon
infrastructure with green alternatives and simultaneously creating millions of jobs.
But if existing zero - carbon technologies can not affordably be scaled up to meet current and projected global
energy needs, how likely is it that technologies either not yet invented or as yet prohibitively expensive can affordably
replace the world's fossil - fuel
infrastructure?
Hogan Lovells has
replaced Norton Rose Fulbright on the Crown Estate's
energy, minerals and
infrastructure panel, with Bond Dickinson retaining its position on the roster after a competitive tender process.