Not exact matches
The bottom line is Lower Hudson Valley capacity zone is working, encouraging
upgrades to our local energy infrastructure, which makes the
grid more reliable and at lower overall
costs.
About 20 percent of investments in the high -
cost scenario would go into
upgrading the high - voltage transmission
grid, including installation of sensors to alert operators to potential failures of transformers on the system, and purchases of equipment to protect the
grid and make it more efficient, EPRI said.
Compared with other strategies — efficient appliances,
upgraded power plants, new
grid technology — it has
cost them next to nothing.
The
grids are getting cleaner, and EVs are great to drive, reliable, depreciate slowly and their lifetime
costs will be far lower as many will be
upgraded / reused.
Minimum Delivery Charge: This is a charge that some utilities require solar customers to pay to support the
cost of maintaining and
upgrading the
grid.
In addition to covering the
cost of the energy consumed, some of these charges are used to maintain and
upgrade the electric
grid and to fund other state - sponsored energy initiatives.
Another downside to wind proliferation is the
cost of all those transmission
upgrades that we didn't need but for all the wind lobbyists who convinced regulators that the
grid was outdated, and that wind energy would be worth the massive expense (they called it «investment»).
The EU's unilateral climate policy is absurd: first consumers are forced to pay ever increasing subsidies for costly wind and solar energy; secondly they are asked to subsidise nuclear energy too; then, thirdly, they are forced to pay increasingly uneconomic coal and gas plants to back up power needed by intermittent wind and solar energy; fourthly, consumers are additionally hit by multi-billion subsidies that become necessary to
upgrade the national
grids; fifthly, the
cost of power is made even more expensive by adding a unilateral Emissions Trading Scheme.
The Smart Electric Power Association and the Electric Power Research Institute note that smart inverters may be one of the most
cost - effective mechanisms for addressing many
grid management challenges, and in some cases, «could help defer or avoid certain distribution, transmission, and electric supply
upgrades.»
In Part 6 of our interconnection series with IREC, Erica McConnell and Laura Beaton examine how to fairly allocate
costs for
grid upgrades among DER customers.
«The increase covers the
cost of new energy resources,
upgraded distribution networks and other necessary
upgrades to secure and expand TEP's energy
grid,» according to a press release.
For transmission planning, the most
cost effective solution in cases that require considerable
grid reinforcements would be to build the transmission network for the final planned amount of wind power in the network — instead of having to
upgrade transmission lines in several phases.
It is not clear if this figure includes required
upgrades to the transmission
grid or decommissioning
costs.
The
grid does not last forever and
upgrades and maintenance
costs are part of what we invest in them and have to count in any EROEI calculation.