Washington State Renewable Energy – URGENT NOTICE January 21, 2022 CONTACT: Kent Livingston, Public Information Officer | 360-786-7031 Clicker Representative calls for public comment on alternative energy site rule
Representative Mark Clicker is encouraging people to get involved in a bill he introduced this week that would overhaul the process for operating clean energy facilities in Washington.
Clicker presented House Bill 1871 to the Environment and Energy Committee on Friday. However, due to time constraints, the public presentation of the bill was postponed until Tuesday, January 25.
“I sincerely hope that people will share their views on this important issue,” said Clicker, R-Walla Walla. “It’s time to take a closer look at how these areas are chosen and how they affect the people who live nearby.”
The bill would establish a temporary moratorium on siting renewable energy facilities, ending on December 1, 2023. It would also establish a legislative task force to explore possible solutions to the current gap between clean energy generation and energy production. user regions.
The task force will also look at how that gap could be exacerbated by the current approval process, which evaluates each project in isolation rather than as part of a cumulative impact that will occur over decades.
“The state government is forcing rural areas to host these renewable energy facilities, but the people who live there are not seeing anything,” Clicker added. “I know this worries many of my constituents, so I hope people will share those concerns with the committee.
Tuesday’s meeting will be broadcast live by TVW. Those who wish to submit written comments, testify about a bill remotely, or submit their position for a legislative report can go to: https://app.leg.wa.gov/csi/House. Select “Committee on Environment and Energy” scheduled to meet on 1/25/2222 8:00 AM then select “HB 1871 Alt. area of energy equipment”.
Those who would also like to provide written comments about the bill directly to representatives in their legislative district can go here: https://app.leg.wa.gov/pbc/bill/1871. The 2022 legislative session began on January 10 and will last 60 days. The US Energy Information Administration recently released a special overview of New York’s renewable energy leadership and diversity. What really interested me in the article was the differences in renewable energy supply in different states.
While hydropower is the main source of renewable electricity in New York, Oregon, and Washington, wind power dominates Texas, and California has a wide gap between solar, hydro, wind, geothermal, and even biomass.
Further down the ladder, Oklahoma, Iowa, Kansas and Illinois dominate the renewable energy industry.
And then again, North Carolina shows something more than California’s horizontal divide — with a big chunk of solar power and another chunk of hydroelectricity.
Because wind and solar power are now so cheap, more and more states must develop a more balanced share of renewable energy. There is great potential for solar power in every state in the country, and solar power could quickly rise to the level seen in North Carolina, California and elsewhere. In fact, Texas is currently moving in that direction.
As we’ve been covering for more than a decade, the Energy Information Administration (EIA) is also highlighting this country’s long-term transition to renewables and linking it to New York’s shift. “In the United States, electricity generation sources have been shifting from coal to natural gas and renewables since the mid-2000s. This trend was facilitated by changes in the electricity generation structure in New York. Coal’s share of generation of electricity in New York fell from 14% in 2005 to less than 1% in 2019, while the share of electricity generated by natural gas rose from 22% to 36%.
“Electricity production using renewable energy technology together has increased from 19% to 29% during that period. New York adopted the Renewable Energy Portfolio Standard in 2004 and the Clean Energy Standard (CES) in 2015. CES currently requires New York City to generate 100% carbon-free electricity by 2040 and achieve a global zero-carbon economy by 2050 .
Similar trends have been observed in California, Texas, Iowa and other states. However, as the long-term downward trend in the cost of renewable energy reaches tipping points, the transition to renewable energy is expected to accelerate over the next decade. Imagine the solar power bars in other states like you see in California in the picture above, and the growing wind power bars.
As I wrote a few months ago, solar PV panels were 12 times more expensive in 2010 than they are now, and 459 times more expensive in 1977. electricity in history. In addition, Lazard’s senior analyst indicated that the cost of electricity from new solar and wind farms should now be competitive with electricity from.
While growth in renewable electricity generation may have been strong but slow in recent years, it looks like we should be on the cusp of strong and rapid growth – especially in the leading states.
Remember. If you want to go solar anywhere in the US and choose to go solar with Tesla, feel free to use my Tesla referral code – ts.la/zachary63404 – for $100 off.
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In this article: California, California Hydro, California Renewable, California Solar, California Solar, California Wind, New York, New York Solar, New York Solar, Oregon, Oregon Hydro, Oregon Renewable, Oregon Wind Power, Texas, Texas Solar Power, Washington, Washington Renewables, Washington Solar, Washington Solar, Washington Wind Power
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As a director, editor-in-chief and general manager. Zak is known worldwide as an expert in electric vehicles, solar energy and energy storage. He has been a speaker on clean technology in conferences in India, United Arab Emirates, Ukraine, Poland, Germany, Holland, USA, Canada and Curacao. Zach has long-term investments in Tesla [TSLA], NIO [NIO], Xpeng [XPEV], Ford [F], ChargePoint [CHPT], Amazon [AMZN], Piedmont Lithium [PLL], Lithium Americas [LAC], Albemarle . Corporation [ALB], Nouveau Monde Graphite [NMGRF], Talon Metals [TLOFF], Arclight Clean Transition Corp [ACTC] and Starbucks [SBUX]. But it does not provide (implicitly or implicitly) any investment advice.
Tesla’s BEV market share fell from 25.1% in Q2 2020 to 15.6% in Q2 2022, with sales up 180.2%.
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Imperium3NY’s new battery manufacturing facility in Endicott, New York has begun manufacturing battery cells from materials sourced from North America.) Its mission is to accelerate the US transition from fossil fuels to 100% renewable wind-powered energy in every state . water and solar technology (WSS). The goal of these state initiatives is to facilitate the transition away from fossil fuels by educating policy makers about renewable energy in their state and identifying ways they can lead the transition to 100% renewable energy. California’s 100% Renewable Energy Plan is currently under review for publication in the journal Energy Policy. The current focus is on creating a plan for Washington State, as the Governor of Washington has expressed interest in supporting the state’s transition to 100% renewable energy, and this political support is critical to getting the plan approved.
Determining the total renewable capacity in each case is necessary to support the transition to 100% renewable energy; however, most renewable resource capacity images represent the existing capacity of the resource without taking into account other important criteria defined by the government that are important for the development of renewable energy projects. Some of these parameters include topographic constraints, land use constraints, environmental issues including endangered species, distance from transmission centers and human settlements, and economic factors. This project used GIS modeling techniques to determine the technical feasibility of WWS technologies in Washington State, as well as the best areas for renewable energy development. In addition to offshore wind and solar energy, our research will also cover offshore wind energy.
Washington State consumed 103.5 TWh of electricity in 2011, with 66% of the state’s electricity coming from hydro, 5% from wind, and 29% from fossil sources (EIA, 2013). Demand for electricity is projected to increase to 357 TWh in 2050 as demand for gasoline and natural gas is met by electricity through the displacement of natural gas for vehicles and equipment. The potential for future hydropower development is limited because the maximum capacity has already been developed, so an additional 284 TWh of electricity.
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