PJM issued a Hot Weather Alert with expected temperatures in the mid-to-upper 90s over the next 10 days. To ensure grid reliability during this hot spell, the alert is in effect from June 17 through June 21, and may be extended based on updated forecasts. This alert prepares transmission and generation operators for significant increases in electricity demand. However, PJM Interconnection’s currently has the generation capacity and transmission capability to meet the expected demand on the system during the heat wave, but extended periods of extreme heat does have the potential to stress the electric system and cause reliability challenges. It's interesting to note that in comparison to 2023, on the solar side, the biggest projects include the 427 MW Fox Squirrel Solar Farm, 150 MW phase of the Fox Squirrel Solar Farm, which will have 577 MW of capacity once fully operational later this year, however, the 325 MW AEUG Union Solar Project in Union County, Ohio is expected to support the grid this summer. The 2023 Cumulative Capacity of the renewables in PJM was around 220,827 MW, and they plan to add over 10,000 MW in the following years wherein 95% of the projects are all renewable generation sources. Solar energy will definitely play a key role this summer.
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Founder at NXTGEN Clean Energy Solutions |Sustainability Consulting + Solar + Wind + Battery Storage + Electric Vehicle Charging + Solar Light Poles | Helping businesses improve the bottom line and the environment
Renewable energy is on the rise in the U.S. with #solar and #wind power leading the way! According to a recent report from Climate Central, Inc., renewable energy has seen a meteoric growth over the past decade, with certain states emerging as renewable powerhouses. California takes the lead in solar generation, producing over 68,800 GWh of electricity from the sun last year. The State of Texas follows in second place with 31,700 GWh, and the State of Florida, State of North Carolina, and Arizona round out the top five. Together, these states make up the lion's share of the nation's 238,000 GWh of total solar generation in 2023. Texas saw the most dramatic growth in solar, adding nearly 5,000 MW of new capacity and experiencing a 37% increase from 2022. Courtesy Canary Media Inc. #cleanenergytransition #nxtgen David Odejide Mike Hudema Billy W Chapman, Jr., STSC Paul Wormser Les Mood Stephanie Johnson Kedar Balasubramanian NXTGEN Clean Energy Solutions
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President Pedestrian Corporation, Founder and Curator: Decarbonization Innovation & Arts Network: Connector and Instigator
Energy transition scorecard
Founder at NXTGEN Clean Energy Solutions |Sustainability Consulting + Solar + Wind + Battery Storage + Electric Vehicle Charging + Solar Light Poles | Helping businesses improve the bottom line and the environment
Renewable energy is on the rise in the U.S. with #solar and #wind power leading the way! According to a recent report from Climate Central, Inc., renewable energy has seen a meteoric growth over the past decade, with certain states emerging as renewable powerhouses. California takes the lead in solar generation, producing over 68,800 GWh of electricity from the sun last year. The State of Texas follows in second place with 31,700 GWh, and the State of Florida, State of North Carolina, and Arizona round out the top five. Together, these states make up the lion's share of the nation's 238,000 GWh of total solar generation in 2023. Texas saw the most dramatic growth in solar, adding nearly 5,000 MW of new capacity and experiencing a 37% increase from 2022. Courtesy Canary Media Inc. #cleanenergytransition #nxtgen David Odejide Mike Hudema Billy W Chapman, Jr., STSC Paul Wormser Les Mood Stephanie Johnson Kedar Balasubramanian NXTGEN Clean Energy Solutions
Chart: Which US states generate the most solar and wind energy?
canarymedia.com
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Experienced in Water Resources and Municipal Engineering, with a strong interest in all aspects of the climate crisis.
#SolarPower #WindPower #USA #ClimateCentral "Renewable energy is surging remarkably in the U.S., with solar and wind power installations springing up across the country. A new report from Climate Central tracks the meteoric growth of these clean energy sources over the past decade, painting a clear picture of which states are emerging as renewable powerhouses. In 2023, utility- and small-scale solar installations produced an estimated 238,121 gigawatt-hours (GWh) of electricity combined, a 16 percent increase over 2022. Meanwhile, utility-scale wind installations produced 425,235 GWh of electricity — a 2% drop compared to 2022 due to lower wind speeds, mostly in the Midwest. Together, solar and wind generated enough electricity last year to power the equivalent of more than 61 million average American homes. In 2023, utility-scale solar produced nearly 4% of the country’s electricity. A decade earlier, in 2014, it made up less than 0.5% of the total electricity generated. Nevada and California are among the states with the highest share of utility-scale solar generation as a percent of their overall electricity mix — 23% and 19%, respectively. California, however, leads the way in total solar (both utility- and small-scale) generation, producing over 68,800 GWh of electricity from the sun last year — that’s more than double the output of any other state. Texas came in second at 31,700 GWh, followed by Florida, North Carolina and Arizona. These five states make up the lion’s share of the nation’s 238,000 GWh of total solar generation in 2023. The Lone Star State saw the most dramatic growth in solar, adding nearly 5,000 MW of new capacity (the maximum amount of electricity that a source can produce at any given moment, as opposed to the amount of electricity a source produces over time, or generation). That’s a 37% increase from 2022. Texas is the uncontested leader in wind power, with its turbines generating a remarkable 119,836 GWh of electricity in 2023 — more than the next three states (Iowa, Oklahoma and Kansas) combined. While Texas also led in absolute growth, adding 1,309 MW of new wind capacity, Arizona and New York saw the biggest relative increases at 39% and 25%, respectively. Overall, U.S. wind power generation has more than doubled over the past decade, producing around 10% of the country’s electricity in 2023, compared to 4% in 2014. ... Solar and wind are poised to play a central role in reaching those goals, and recent policy incentives for renewable energy, most notably the Inflation Reduction Act, will be key in boosting solar and wind installations in the coming years. Researchers estimate that by 2035, these two renewable sources could make up over 50% of electricity capacity in most U.S. states. In a dozen states, wind and solar could account for more than 80% of capacity, with New Mexico, Vermont, Virginia and Wyoming potentially crossing the 90% threshold. ..."
Founder at NXTGEN Clean Energy Solutions |Sustainability Consulting + Solar + Wind + Battery Storage + Electric Vehicle Charging + Solar Light Poles | Helping businesses improve the bottom line and the environment
Renewable energy is on the rise in the U.S. with #solar and #wind power leading the way! According to a recent report from Climate Central, Inc., renewable energy has seen a meteoric growth over the past decade, with certain states emerging as renewable powerhouses. California takes the lead in solar generation, producing over 68,800 GWh of electricity from the sun last year. The State of Texas follows in second place with 31,700 GWh, and the State of Florida, State of North Carolina, and Arizona round out the top five. Together, these states make up the lion's share of the nation's 238,000 GWh of total solar generation in 2023. Texas saw the most dramatic growth in solar, adding nearly 5,000 MW of new capacity and experiencing a 37% increase from 2022. Courtesy Canary Media Inc. #cleanenergytransition #nxtgen David Odejide Mike Hudema Billy W Chapman, Jr., STSC Paul Wormser Les Mood Stephanie Johnson Kedar Balasubramanian NXTGEN Clean Energy Solutions
Chart: Which US states generate the most solar and wind energy?
canarymedia.com
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Over the past decade, renewable energy in the U.S. has seen a substantial rise. The 2023 numbers revealed the indispensable role that Texas has played in the nation's recent improvements. In 2023, Texas led the nation in growth for solar capacity, increasing 37% when compared to 2022, and ranked second behind California in total solar generation. Texas was also the top state for wind generation, with a net increase of 4%, even though the country as a whole experienced a net decrease. TREAD Coalition supports responsible siting and construction of renewable energy projects to insure the protection and conservation of working lands. https://lnkd.in/g2Xwz8pG
Texas, California dominated wind and solar power generation in 2023: Report
https://thehill.com
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According to a report from Bloomberg, solar production hit a new record in Germany on Tuesday at midday CET. This development marks a noticeable increase in renewable energy’s share of power generation. https://lnkd.in/eXgJw6YJ #solarenergy #renewableenergy #bloomberg #Solargermany European Energy Exchange AG Solar & Storage Live
EEX: German solar production soars as temps climb
https://solarstoragextra.com
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Michigan getting to zero. [Note: right now the Governor of Michigan talks about solar because of the resistance to wind power, so this is solar focused] By 2030 if NERC and MISO approve Michigan will close 4.5 GW of coal fired generation. If we are lucky Palisades will be allowed to restart and replace 0.8 GW of firm generation. To replace 3.7 GW of coal for December firm power means that 52 Gigawatts of new solar in the state by 2030 and storage to support it. (1 kW of solar produces 52 kWh of energy during the month of December). Not a trivial lift for the state in 7 years. Bur wait there is more, Michigan has attracted 6 battery facilities, 1 Hydrogen equipment manufacturer, several conversions to EV factories, and is promising more than 100,000 new public chargers – including 127 Fast charging facilities (NEVI). It is desperate to attract 2 or 3 new data centers (some will demand 1 GW of power) but those are not included in the discussion) In total new load will be between 1.6 and 4.2 GW of new load. Meaning the number may need to be 113 GW of solar to support December as a firm resource. Now if this solar covers every rooftop in the state that is suitable it will provide 8 GW of solar, leaving 105 GW to go on the ground. If the state uses marginal farm and woodland, the state will only need 1,450 square miles of additional solar (say all of Oakland and Jackson Counties plus half of Kalamazoo County). Wind farms could obviously reduce the need for solar, but remember for typical wind turbines, the need is for 1 square mile per turbine to get the best production and it is 400-1000 turbines to the gigawatt – Lake Michigan could support 22 GW of wind turbines. So far Michigan lacks anything like a plan that works.
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Great news at the end of last week for the UK renewables industry… 1.35GW of utility scale solar approved in one day by the new sectary of state Ed Miliband. That’s almost 2/3rds of the amount of solar energy installed on rooftops and on the ground last year. Promising times ahead for renewable energy development in the UK as we push towards net zero targets, strengthen our energy security and decarbonise the power supply. #netzero #solar #renewables #nsip
Industry lauds approval of three large-scale solar farms
https://solarenergyuk.org
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President of Enerlogics; Leadership in deployment of solar, energy storage, distributed generation, energy efficiency, demand response, and EV charging for C&I facilities.
Renewable Energy World with an article on how much solar helped address peak demand during the summer heat waves in TX. This explains why Texas remains a hot market (pun intended) for solar, energy storage, and wind deployments. "Solar delivers for the Texas grid: Reliable output at peak demand Electricity demand in Texas set records again this summer as population growth and searing temperatures pushed consumption up sharply. But the high reliability of utility-scale solar power during peak demand hours, boosted by the rapid expansion of solar capacity over the past year, played a significant role in keeping the grid operating smoothly. Let’s start with the consistency of solar. From June 15 through Sept. 15, 2023—the highest power use period of the year in Texas, by far—solar provided more than 10% of the peak electric demand on 91 of those 93 days. That’s the hour, usually ending at 5 p.m. or 6 p.m., when the Electric Reliability Council of Texas (ERCOT) faces the most electricity use every day. Solar regularly provided between 10% and 16% of the peak-hour electricity needed, averaging 13.8% across those 93 days. That’s particularly impressive because those peak demand hours usually come later in the day than when solar generation is not at its highest. The figures undercut
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Reality check solar I think it's important that everyone understands that the capacity factor for solar in NZ is on average 15%. wind is better but still <40%. That means when you see all the headlines about the massive amount of solar generation to be added in almost every case the claims are capacity, so chop 85% off that to get reality. It makes a huge difference to material requirements too look at tonnes/MW then tonnes/MWH. https://lnkd.in/gxKYwyEy
Genesis Energy and Spark partner up on renewable energy
rnz.co.nz
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As states embark on aggressive transitions, they need to keep in mind the need for FIRM capacity to replace baseload, the restrictions of physics on energy density, the economic ambition that drives increased load and the impacts of policies like electric heat and EV charging on peaks. oh, and don't forget the need to improve reliability and resilience since voters will not take well to freezing when the power goes out or missing work due to lack of capacity for charging when they need it.
Michigan getting to zero. [Note: right now the Governor of Michigan talks about solar because of the resistance to wind power, so this is solar focused] By 2030 if NERC and MISO approve Michigan will close 4.5 GW of coal fired generation. If we are lucky Palisades will be allowed to restart and replace 0.8 GW of firm generation. To replace 3.7 GW of coal for December firm power means that 52 Gigawatts of new solar in the state by 2030 and storage to support it. (1 kW of solar produces 52 kWh of energy during the month of December). Not a trivial lift for the state in 7 years. Bur wait there is more, Michigan has attracted 6 battery facilities, 1 Hydrogen equipment manufacturer, several conversions to EV factories, and is promising more than 100,000 new public chargers – including 127 Fast charging facilities (NEVI). It is desperate to attract 2 or 3 new data centers (some will demand 1 GW of power) but those are not included in the discussion) In total new load will be between 1.6 and 4.2 GW of new load. Meaning the number may need to be 113 GW of solar to support December as a firm resource. Now if this solar covers every rooftop in the state that is suitable it will provide 8 GW of solar, leaving 105 GW to go on the ground. If the state uses marginal farm and woodland, the state will only need 1,450 square miles of additional solar (say all of Oakland and Jackson Counties plus half of Kalamazoo County). Wind farms could obviously reduce the need for solar, but remember for typical wind turbines, the need is for 1 square mile per turbine to get the best production and it is 400-1000 turbines to the gigawatt – Lake Michigan could support 22 GW of wind turbines. So far Michigan lacks anything like a plan that works.
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