North America Energy: Oil, Gas, Grid Demand and Power Markets
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YOUTUBE2026-08-27everything electric show
Plug-In Hybrids *WORSE* than hybrids? VW's Hail Mary? & Tesla hits huge milestone!
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Plug-In Hybrids *WORSE* than hybrids? VW's Hail Mary? & Tesla hits huge milestone!
Plug-in hybrids are criticized for being less effective than traditional electric vehicles if not charged regularly, potentially making them worse than older petrol cars. A significant milestone was reached as solar ener…
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Plug-in hybrids are criticized for being less effective than traditional electric vehicles if not charged regularly, potentially making them worse than older petrol cars. A significant milestone was reached as solar energy accounted for a quarter of the EU's electricity usage, highlighting the rapid growth of renewable energy sources.
- Plug-in hybrids, while initially revolutionary, are criticized for being less effective than traditional electric vehicles if not charged regularly, potentially making them worse than older petrol cars
- A significant milestone was reached as solar energy accounted for a quarter of the EUs electricity usage, highlighting the rapid growth of renewable energy sources
- Tesla achieved a major milestone by producing its 10 millionth electric vehicle, showcasing its dominance in the EV market
- The UK government is implementing a controversial pay-per-mile tax for electric vehicles, raising concerns about its impact on EV adoption
- The fossil fuel lobbys influence has created a perception of range anxiety that discourages consumers from fully transitioning to electric vehicles, despite the availability of charging infrastructure
METRICS
OTHER
10 millionthunits
details
CONTEXT: the number of electric vehicles produced by Tesla
WHY: This milestone showcases Tesla's dominance in the EV market
EVIDENCE: Tesla builds its 10 millionth electric vehicle.
OTHER
2026
details
CONTEXT: the year when solar overtakes coal in electricity production in the USA
WHY: This indicates a significant shift towards renewable energy in the US
EVIDENCE: solar overtakes coal in electricity production in the USA in 2026.
Read full analysis
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Critics of Plug-In Hybrids
- Plug-in hybrids can be more harmful to the environment than traditional petrol cars if not regularly charged
- Studies show significant increases in emissions when operating solely on combustion engines
Proponents of Renewable Energy
- Solar energy has become a major contributor to electricity generation, surpassing coal and gas
- Teslas production milestones demonstrate the growing acceptance of electric vehicles
Neutral / Shared
- Plug-in hybrids, while initially revolutionary, are criticized for being less effective than traditional electric vehicles if not charged regularly, potentially making them worse than older petrol cars
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Plug-in hybrids can be more harmful to the environment than traditional petrol cars if not regularly charged, with significant increases in emissions when operating solely on combustion engines. Solar energy has become a major contributor to electricity generation in the EU, accounting for 25% of total electricity in June, surpassing coal and gas.
- Plug-in hybrids can be more harmful to the environment than traditional petrol cars if not regularly charged, with emissions significantly increasing when they operate solely on their combustion engines
- A study in Shanghai found that uncharged plug-in hybrids emit 62% more nitrogen oxides and 46% more carbon dioxide compared to conventional vehicles, highlighting the importance of consistent charging
- Solar energy has become a major contributor to electricity generation in the EU, accounting for 25% of total electricity in June, surpassing coal and gas, which indicates a shift towards renewable energy sources
- Tesla has reached a significant milestone by producing its 10 millionth electric vehicle, reinforcing its role as a pioneer in the electric vehicle market and the broader transition to electric mobility
- BYD has emerged as the worlds largest car manufacturer, transitioning from battery production to selling over 4.6 million cars in 2025, showcasing the rapid growth of electric vehicle adoption
METRICS
OTHER
62%%
details
CONTEXT: increase in nitrogen oxide emissions from uncharged plug-in hybrids compared to conventional vehicles
WHY: This highlights the environmental impact of not charging plug-in hybrids regularly
EVIDENCE: emissions rise by 62% for nitrogen oxide
OTHER
4,602,436units
details
CONTEXT: of cars sold by BYD in 2025
WHY: This showcases the rapid growth of electric vehicle adoption by BYD
EVIDENCE: sold 4,602,436 cars in 2025
OTHER
8.4gigawatt hours
details
CONTEXT: new grid battery installations in the USA in the first three months of 2026
WHY: This reflects the increasing capacity for renewable energy storage in the USA
EVIDENCE: new grid battery installations reached 8.4 gigawatt hours
OTHER
655gigawatt hours
details
CONTEXT: total capacity of grid batteries projected in the USA by 2030
WHY: This indicates a significant investment in energy storage solutions for the future
EVIDENCE: on track to reach a total capacity of 655 gigawatt hours of grid batteries by 2030
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The biomass industry faces criticism for its reliance on imported wood pellets, raising questions about sustainability. Meanwhile, a recent study shows that electric vehicle batteries maintain most of their capacity over time, addressing concerns about longevity.
- The biomass industry, particularly the Drax power station in Yorkshire, is criticized for its reliance on imported wood pellets from Canada, which undermines claims of sustainability and efficiency
- In 2025, Drax B received one billion pounds in subsidies, highlighting the financial burden on taxpayers and the questionable environmental benefits of biomass energy
- A recent study indicates that electric vehicle batteries retain most of their capacity over time, alleviating concerns about battery longevity and performance
- Volkswagens new ID Polo, launched with a 37 kilowatt-hour battery pack, demonstrates that smaller, affordable electric cars can attract buyers, countering fears from European manufacturers about competition from Chinese automakers
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37 kilowatt hourkWh
details
CONTEXT: battery capacity of the cheapest variant of Volkswagen's ID Polo
WHY: This capacity is sufficient for over 200 miles of range, making it an attractive option for buyers
EVIDENCE: the cheapest that has a modest 37 kilowatt hour battery pack. Now that is fine and has going to take you over 200 miles
OTHER
22,000 poundsGBP
details
CONTEXT: cost of the cheapest variant of Volkswagen's ID Polo
WHY: The price point is competitive, indicating strong market demand for affordable electric vehicles
EVIDENCE: This version costs just over 22,000 pounds of our English pounds
OTHER
30,000 dollarsUSD
details
CONTEXT: approximate cost of the cheapest variant of Volkswagen's ID Polo in the US
WHY: This pricing suggests that the vehicle could appeal to a broader audience in the American market
EVIDENCE: or roughly $30,000 of American dollars if you could buy it in America
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Volkswagen has received 25,000 orders for the ID Polo, indicating strong interest in their transition to electric vehicles. The UK government is considering a pay-per-mile tax to address revenue shortfalls from declining fuel tax income as electric vehicle adoption increases.
- Volkswagen has received 25,000 orders for the ID Polo, indicating strong interest in their transition to electric vehicles despite recent challenges
- E-Cotricitys initial rollout of free rapid charging stations in the UK faced backlash when they began charging for electricity due to increased usage, highlighting the complexities of transitioning to electric vehicle infrastructure
- The UK government is facing a revenue shortfall from fuel taxes as electric vehicle adoption rises, prompting discussions about implementing a pay-per-mile tax starting in 2028, which would not apply to electric vans or the first few thousand miles driven
- The introduction of a pay-per-mile tax aims to replace lost fuel tax revenue while addressing the need for equitable taxation in a growing electric vehicle market, although its implementation remains uncertain
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OTHER
25,000units
details
CONTEXT: of orders received for the ID Polo
WHY: This indicates strong consumer interest in Volkswagen's electric vehicle offerings
EVIDENCE: VW received 25,000 orders.
OTHER
2 millionunits
details
CONTEXT: of electric cars now in use in the UK
WHY: This reflects the growing adoption of electric vehicles in the UK market
EVIDENCE: over 2 million electric cars now in use in the UK
OTHER
2028
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CONTEXT: year when the pay-per-mile tax is expected to be introduced
WHY: This tax aims to replace lost fuel tax revenue as electric vehicle usage increases
EVIDENCE: This tax will be introduced in 2028
OTHER
4 millionunits
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CONTEXT: projected number of EVs on the road by 2028
WHY: This projection highlights the significant shift towards electric vehicles in the coming years
EVIDENCE: we will have around 4 million EVs on the road
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In May 2026, solar energy in the USA generated more electricity than coal for the first time, producing 45.5 terawatt hours. This marks a significant shift in energy production and a decline in coal usage.
- A UK driver was sentenced to four years in prison after falsely claiming his Jaguar I-PACE took over control and drove recklessly, leading to significant reputational damage for Jaguar
- In May 2026, solar energy in the USA generated more electricity than coal for the first time, producing 45.5 terawatt hours, highlighting a significant shift in energy production and a decline in coal usage
- The narrative surrounding clean technology in the USA is complicated by political rhetoric, with some leaders dismissing climate change and promoting fossil fuels despite the evident transition to renewable energy sources
METRICS
OTHER
45.5 terawatt hoursterawatt hours
details
CONTEXT: total electricity generated by solar energy in the USA in May 2026
WHY: This indicates a significant transition towards renewable energy sources in the USA
EVIDENCE: in May 2026, solar generated an all-time high total of 45.5 terawatt hours of electricity.
INFO
YOUTUBE2026-08-27ember
What is really driving Africa’s solar boom?
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What is really driving Africa’s solar boom?
Africa's solar capacity growth is significantly underestimated, with actual installations potentially double the figures reported in official statistics. The analysis reveals a sharp increase in solar panel exports and h…
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Africa's solar capacity growth is significantly underestimated, with actual installations potentially double the figures reported in official statistics. The analysis reveals a sharp increase in solar panel exports and highlights the need for improved methodologies to accurately assess solar deployment across the continent.
- Embers new report, in collaboration with the African Tech Futures Lab, reveals that Africas solar capacity growth is significantly underestimated, with actual installations potentially double the figures reported in official statistics
- The analysis utilizes Chinese solar panel export data to estimate installed capacity, highlighting a sharp increase in exports and the need for improved methodologies to accurately assess solar deployment across the continent
- A notable finding is that the majority of solar panel imports are coming from outside South Africa, which has seen its share drop below 20%, indicating a shift in the solar market dynamics within Africa
- The report emphasizes the importance of understanding the lag between solar panel imports and actual installations, as many panels remain in warehouses before being deployed, complicating accurate energy planning
- The implications of this hidden growth are significant for utilities, governments, and investors, as they may be unprepared for the rapid expansion of solar energy that is not reflected in current data
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OTHER
50%%
details
CONTEXT: increase in Chinese solar panel exports to Africa since last year
WHY: This significant rise indicates a growing reliance on solar energy in Africa
EVIDENCE: another rise to 50% since then
OTHER
below 20%%
details
CONTEXT: South Africa's share of solar panel imports
WHY: This shift suggests changing dynamics in the solar market within Africa
EVIDENCE: South Africa shares fall and below 20%
Read full analysis
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Proponents of solar energy growth in Africa
- Embers new report, in collaboration with the African Tech Futures Lab, reveals that Africas solar capacity growth is significantly underestimated, with actual installations potentially double the figures reported in official statistics
- The analysis utilizes Chinese solar panel export data to estimate installed capacity, highlighting a sharp increase in exports and the need for improved methodologies to accurately assess solar deployment across the continent
Skeptics of the reported solar growth
- National reporting on solar growth is inadequate, potentially leaving utilities unprepared for rapid changes
Neutral / Shared
- Embers new report, in collaboration with the African Tech Futures Lab, reveals that Africas solar capacity growth is significantly underestimated, with actual installations potentially double the figures reported in official statistics
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Africa's solar capacity is experiencing significant growth, with projections indicating a 45% increase in installations by 2026, reaching 17 gigawatts. The analysis highlights that approximately 73% of solar panels imported into Africa have been installed, emphasizing the need for improved methodologies to accurately assess solar deployment.
- Approximately 73% of solar panels imported into Africa have been installed, with projections indicating a 45% increase in installations by 2026, reaching 17 gigawatts
- The analysis identifies 36 African countries expected to set new records for solar installations this year, highlighting widespread growth across the continent
- The anticipated 17 gigawatts of new solar capacity could contribute about 2.3% to Africas total electricity generation, aligning with historical demand growth rates
- A significant portion of solar growth is attributed to distributed solar generation, which is often underreported due to challenges in tracking installations outside of utility-scale projects
- The report emphasizes the inadequacy of national reporting on solar growth, which fails to capture the rapid expansion of distributed solar, potentially leading to unpreparedness among utilities and governments
METRICS
OTHER
73%%
details
CONTEXT: percentage of solar panels imported into Africa that have been installed
WHY: This indicates a high level of utilization of imported solar panels, reflecting the growing adoption of solar energy in Africa
EVIDENCE: around 73% of those panels were then had then actually been installed
OTHER
45%%
details
CONTEXT: projected increase in solar installations by 2026
WHY: This projection suggests a significant acceleration in solar capacity growth, which is crucial for meeting energy demands
EVIDENCE: a rise of 45% of installations compared to last year
OTHER
17 gigawattsgigawatts
details
CONTEXT: projected total solar capacity installations by 2026
WHY: This capacity could substantially contribute to Africa's energy generation, supporting economic growth
EVIDENCE: up to 17 gigawatts
OTHER
36countries
details
CONTEXT: of African countries expected to set new records for solar installations this year
WHY: This widespread growth across multiple countries highlights the regional potential for solar energy expansion
EVIDENCE: 36 countries that we think will be sitting new records this year for the amount of solar installed
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Africa's solar capacity is experiencing significant growth, with a new methodology revealing that actual installations may be much higher than reported figures. The analysis indicates that approximately 20 gigawatts of behind-the-meter solar were deployed between 2020 and 2023, representing 75% of all solar installations during that period.
- The analysis highlights the significant challenge of tracking behind-the-meter distributed solar generation in Africa, which is often underreported and leads to a misunderstanding of the true scale of solar deployment
- A new methodology was introduced to estimate solar capacity installations by analyzing Chinese solar panel export data, revealing that 73% of over 300 gigawatts installed in six countries is accounted for by this method
- The report indicates that between 2020 and 2023, Africa deployed approximately 20 gigawatts of behind-the-meter solar, representing 75% of all solar installations during that period, despite the absence of subsidies to incentivize this growth
- The findings suggest that the reported numbers may be conservative, as the actual installations could be higher, particularly in the early stages of deployment where panels may be stockpiled rather than immediately installed
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OTHER
75%%
details
CONTEXT: the percentage of all solar installations in Africa represented by behind-the-meter solar during the same period
WHY: This indicates that a large majority of solar installations are occurring outside of traditional reporting mechanisms
EVIDENCE: that represents actually 75% of everything solar built within the same time frame
OTHER
73%%
details
CONTEXT: the percentage of Chinese solar panel exports that have been installed in six African countries
WHY: This figure suggests that a significant portion of solar capacity is being realized through imports, emphasizing the importance of accurate tracking
EVIDENCE: 73% in total of that over 300 gigawatts has been basically installed
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Africa's solar capacity is experiencing significant growth, driven by private investments and distributed solar installations. This shift poses challenges for utilities in planning and managing energy contracts due to the lack of visibility on this capacity.
- The rapid deployment of distributed solar in Africa is largely driven by individuals and businesses circumventing inadequate public infrastructure, showcasing a significant shift in energy generation dynamics
- In Kenya, for instance, 55% of the grid capacity now comes from distributed solar PV, posing challenges for utilities in planning and managing energy contracts due to the lack of visibility on this capacity
- The analysis indicates that private investment can effectively address energy access issues without relying solely on public funding, suggesting a potential solution to universal energy access
- There is an opportunity for policymakers to innovate regulatory frameworks, such as utilizing excess solar energy during the day to provide free basic electricity to those in need, fostering energy exchange without financial transactions
- While Africas solar growth may not be as large in absolute numbers compared to other regions, its impact is significant given the continents limited existing electricity usage, indicating potential for rapid change in energy systems
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55%%
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CONTEXT: percentage of grid capacity in Kenya that comes from distributed solar PV
WHY: This indicates a significant shift in energy generation dynamics, impacting utility planning
EVIDENCE: 55% of its great capacity is now in the form of distributed solar PV
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Africa's solar capacity is experiencing significant growth, driven by increased adoption of distributed solar solutions. The analysis reveals that the value of battery imports has quadrupled in the last two years, indicating a shift towards energy reliability amid frequent power outages.
- In Pakistan, electricity demand has surged by 22% over the past two years, primarily met by distributed solar, indicating a growing reliance on solar energy to drive demand rather than merely meet it
- The trend in Africa shows that businesses are increasingly adopting solar solutions, aligning their energy needs with peak sunlight hours, which presents a significant opportunity for energy system transformation
- Africa has seen a remarkable increase in battery imports from China, surpassing solar panel imports, with the value of battery imports quadrupling in the last two years, driven by the need for energy reliability amid frequent power outages
- The combination of solar and battery systems is emerging as a viable alternative to traditional diesel generators, particularly in regions facing energy crises, such as Nigeria, where rolling blackouts are common
- The ongoing energy crisis has made solar and battery solutions more attractive, as they reduce dependence on diesel and provide a more sustainable energy option for households and businesses
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OTHER
22%%
details
CONTEXT: electricity demand increase in Pakistan over the past two years
WHY: This indicates a growing reliance on solar energy to meet electricity demand
EVIDENCE: electricity demand for us by 22% all that's been met with distributed solar
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Africa's solar capacity is largely driven by the commercial and industrial sector, which accounts for approximately 80% of installations. Economic factors, energy security concerns, and rising diesel costs are significant contributors to this growth amid ongoing power crises across the continent.
- The analysis indicates that approximately 80% of solar installation capacity in Africa is driven by the commercial and industrial (CNI) sector, with residential installations making up a minor fraction
- Economic factors, energy security concerns, and the rising costs of diesel fuel are significant drivers behind the growth of solar energy in Africa, particularly in the context of ongoing power crises across the continent
- In the Democratic Republic of the Congo (DRC), a notable increase in solar imports is linked to the needs of copper mining operations, which rely heavily on diesel generators and are now transitioning to solar solutions to enhance energy reliability
- The report highlights the role of companies like CrossBoundary Energy, which are facilitating the installation of solar systems to support mining operations, showcasing a specific case of how solar energy is being integrated into industries with high diesel consumption
METRICS
OTHER
80%%
details
CONTEXT: percentage of solar installation capacity in Africa driven by the commercial and industrial sector
WHY: This highlights the significant role of the CNI sector in the solar market, influencing energy planning and investment
EVIDENCE: about we estimate that about 80% of the solar install capacity is coming from the CNI sector
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Africa's solar capacity is experiencing significant growth, driven by private investments and distributed solar installations. This shift poses challenges for utilities in planning and managing energy contracts due to the lack of visibility on this capacity.
- The discussion emphasizes the need for improved statistical methodologies to better capture the rapid growth of solar energy in Africa, particularly in light of the ongoing energy crises
- Participants express a commitment to outreach and collaboration with utilities and stakeholders to enhance data collection and analysis related to solar energy
- The narrative shifts from viewing solar energy as a mere replacement for diesel to recognizing it as a growth opportunity, enabling access to electricity for previously underserved populations
- The conversation highlights the potential for solar energy to facilitate economic development by providing electricity for activities that were previously unaffordable or inaccessible
INFO
YOUTUBE2026-08-18hoover institution
Ensuring Affordable Energy in the 21st Century | Steven Davis
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Ensuring Affordable Energy in the 21st Century | Steven Davis
The United States currently benefits from some of the lowest energy prices in the Western world, which supports higher living standards and competitive business conditions. However, rising demand from sectors like AI and…
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The United States currently benefits from some of the lowest energy prices in the Western world, which supports higher living standards and competitive business conditions. However, rising demand from sectors like AI and geopolitical disruptions pose threats to this advantage, necessitating investments in energy supply and infrastructure improvements.
- The U.S. enjoys some of the lowest energy prices in the Western world, which supports higher living standards and competitive business conditions, but this advantage is threatened by rising demand from sectors like AI and potential geopolitical disruptions
- As of 2024, U.S. gasoline prices are 20% lower than the global average, benefiting American families, while European and Japanese natural gas prices have surged to three times higher than those in the U.S
- The fracking boom in the U.S. demonstrates how public R&D, private investment, and favorable regulations can enhance resource exploitation, leading to increased fuel supplies and lower energy costs
- Despite a flat electricity demand over the past two decades, the rise of technology hyperscalers investing in AI data centers is driving a significant increase in U.S. power demand, which is contributing to rising energy costs
- To address high construction costs for new energy infrastructure, the U.S. should eliminate tariffs on construction materials, reform unnecessary occupational licensing, and streamline the lengthy permitting and environmental review processes
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OTHER
4.5 yearsyears
details
CONTEXT: the average time to complete environmental impact statements for major infrastructure projects in the United States
WHY: This lengthy process contributes to high construction costs and delays in infrastructure development
EVIDENCE: It takes 4.5 years on average to complete environmental impact statements for major infrastructure projects in the United States.
Read full analysis
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Support for energy affordability initiatives
- Investment in energy supply and infrastructure is crucial to maintain low energy prices
- Eliminating tariffs and streamlining regulations can significantly reduce construction costs
Concerns over rising energy demand and regulatory delays
- Rising demand from sectors like AI poses a threat to energy affordability
- Lengthy environmental reviews and regulatory processes increase costs and risks for infrastructure projects
Neutral / Shared
- The U.S. enjoys some of the lowest energy prices in the Western world, which supports higher living standards and competitive business conditions, but this advantage is threatened by rising demand from sectors like AI and potential geopolitical disruptions
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The United States faces challenges in maintaining affordable energy as demand rises, particularly from sectors like AI. Delays in environmental reviews and regulatory processes contribute to increased costs and risks for energy infrastructure projects.
- Environmental reviews for energy projects often exceed 4.5 years, significantly delaying construction and increasing costs
- Legal challenges and politicized regulatory reviews contribute to completion risks, leading to more expensive infrastructure and projects that may never be realized
- To achieve lower energy costs and improve infrastructure affordability, it is essential to eliminate tariffs on building materials, reform licensing practices, and streamline the permitting process
METRICS
OTHER
4.5 yearsyears
details
CONTEXT: the duration of environmental reviews for energy projects
WHY: Long review times contribute to delays and increased costs for energy infrastructure
EVIDENCE: environmental reviews take more than 4.5 years
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