Wind energy is ideally positioned to help Canada meet
its future electricity needs while tackling the global climate change challenge.
This is why planning for
future electricity needs is critical, and this is the responsibility of regional grid operators — one they take quite seriously.
Take solar out of the equation and the FIT rates are quite reasonable, at least when compared to nuclear power, which is Hudak's own half - baked solution to Ontario's
future electricity needs.
The purpose of this study is to critically examine the government's electricity development plans and to determine if there is a more sustainable and economically efficient solution to meet the country's
future electricity needs.
Wind energy is well positioned to meet Canada's
future electricity needs in a clean, reliable and cost - competitive way while also helping Canada to address the global climate change challenge.
Tell Dalton McGuinty that there are alternatives to nuclear power in Ontario The McGuinty government has released its response to recommendations of the December 2005 Ontario Power Authority (OPA) report on
future electricity needs in the province.
«They are likely overestimating their ability to meet
future electricity needs.»
Tidal lagoons alone could provide up to 10 % of
our future electricity needs, as well as further benefits of flood protection and regeneration of coastal areas.
Not exact matches
We
need to increase the current height from 4.8 metres to 6.5 metres, because we may want to use
electricity to power the engine (in
future).»
But thermoelectric devices, which convert heat to
electricity and vice versa, can harness that wasted heat, and possibly provide the green tech energy efficiency that's
needed for a sustainable
future.
The report, «Beyond Renewable Portfolio Standards: An Assessment of Regional Supply and Demand Conditions Affecting the
Future of Renewable Energy in the West,» compares the cost of renewable
electricity generation (without federal subsidy) from the West's most productive renewable energy resource areas — including any
needed transmission and integration costs — with the cost of energy from a new natural gas - fired generator built near the customers it serves.
Sensors on the powerline monitor and gather data about local system activity and are fed back to our control centre for analysis and planning of Nova Scotia's
future energy
needs... As we add more renewable energy to the grid, batteries can provide the utility with more flexibility to reliably address peak
electricity demand with stored energy.
A
future hydrogen economy could use the gas as an energy carrier As this method doesn't produce oxygen which
needs to be kept separate from hydrogen, safety from explosion of the two gases is much less of a problem with
electricity in the national grids carried by ageing cables, it would be useful to replace them by passing the hydrogen along gas pipes used currently for natural methane gas.
We will see increasing electrification, with wind energy providing a large part of the
need that electrification creates, delivering one - third to fifty percent of the total
future electricity demand.
By using a wind turbine to produce most of, or all of the
electricity they
need, consumers can protect themselves from
future increases in the cost of utility - provided
electricity.
The Pope also believes that sacrifice is
needed to control the climate, and has teamed up with Barack Obama to «make
electricity prices skyrocket» — thus sacrificing the
future of billions of poor people.
Though all of these forms of renewable energy come with a cost, all are superior to dirty fossil fuels and all have a place in the
future of meeting the world's
electricity needs.
The International Road transport Union (IRU), representing the commercial road users of the world, e.g. trucking companies, published a report called «the Commercial Vehicle of the
Future» which listed road electrification as the most significant lever to reach the 2050 emission reduction goals and stated that 40 - 45 % of long haul road freight
needed to run on renewable
electricity by that year.
The amount of
electricity needed in the
future will largely depend on how fast non-OECD economies grow and what type of activities make up that economic growth.
Panel: Capturing the full value of capital intensive non-emitting resources in an unbundled
electricity market A discussion on how to capture the energy and non-energy attributes of strategic resources and the opportunities to operate these assets more efficiently to meet
future needs.
To ensure a reliable
electricity system now and in the
future, we
need to plan for current and worsening flood exposure over the lifetime of equipment, and deploy resilient clean energy solutions to keep critical facilities powered up even when severe weather strikes.
So its commitment, set in 2008, to produce enough renewable power to meet the entire city's
electricity needs by 2025 is a significant step toward a clean energy
future.
For countries still considering
future electricity generation
needs, rapidly deployed renewables increasingly offer the best option in terms of cost.
The IESO has ensured that Ontario's
electricity needs can be met now and into the
future by contracting for energy from diverse resources such as wind, solar, hydro, bioenergy, nuclear and natural gas.
Each year, PJM holds an auction to make sure enough
electricity generation will be available three years in the
future to meet projected peak
needs plus a margin of safety for the electric grid in Ohio and all or part of a dozen other states, plus the District of Columbia.
This buoys
future is likely to be in powering undersea research equipment and robots (instead of battery power), while the general aim of research elsewhere is to create «farms» of wave power buoys to supply onshore
needs through the
electricity grid.
Brandy Gianetta, Ontario regional director for the Canadian Wind Energy Association, said the report fails to fully recognize that wind energy is making a significant contribution to Ontario's
electricity supply
needs today and this contribution will only grow in
future years.
Today's
electricity system can not meet our
needs in a
future of growing demand for power, worsening strains on water resources, and an urgent
need to mitigate climate change.
SB 1059 provides a bridge between the transmission planning process and the permitting process by designating transmission corridor zones (transmission corridors) on state and private lands available for
future high - voltage
electricity transmission projects, consistent with the state's
electricity needs identified in the biennial Integrated Energy Policy Report (Energy Report) and Strategic Transmission Investment Plan (Strategic Plan).
When we talk about a global transition to a low - carbon
future, we
need to look at cleaning the
electricity system that we currently have as well as expanding our use of the system.
According to a panel of development experts, sub-Saharan Africa will
need to power its factories, hospitals, schools, and other foundational infrastructure with cheap and reliable sources of
electricity, and, at least in the near
future, that will likely come from hydro and fossil fuels.
Electricity is a huge part of our energy
future and we will
need a complete overhaul of the current system, so I think any energy plan for the
future must pay much attention to the issue of scale.
I wasn't talking about the past or the present but the
future where we will have expensive, inefficient and unreliable power supplies which won't meet the
needs of an economy increasingly dependent on
electricity and will lead to power cuts a very few years down the road.
Ms Carol Feuerriegel, Enterprise Information Manager explains that, «long timeframes (5 to 25 years) for forecasting, planning and constructing transmission
electricity infrastructure, combined with rapidly emerging alternative power sources, means Transpower
needs to leverage reliable historical data and sophisticated predictive capabilities to make strategic investment decisions for the
future».