• Дом
  • Продукты
      • Солнечные батареи TOPCon
        • Серия M10
        • Серия G12
        • Серия 186.8R
        • Серия 191.6R
        • Серия 199R
        • Серия 210R
      • Солнечные батареи HJT
        • Серия M10
        • Серия G12
        • Серия 210R
          • HJT 425W-445W Solar Module Double glass full black
      • Солнечные батареи PERC
        • Моно солнечная панель на 36 ячеек
        • 54cells моно солнечная панель
        • Моно солнечная панель 60 ячеек
        • 72cells моно солнечная панель
        • Моно солнечная панель 120 ячеек
        • 144cells моно солнечная панель
        • Моно солнечная панель на 132 ячейки
      • Поли солнечная панель
        • 36cells поли солнечная панель
        • 48cells поли солнечная панель
        • Панель 54cells Poly Soalr
        • Солнечная панель из поли 60 ячеек
        • 72cells поли солнечная панель
      • Литий-ионный накопитель энергии
  • видео
  • Новости
  • О нас
      • профиль компании
      • Сертификаты
  • Свяжитесь с нами
Членский центр
выход
Данные пустые
0

Добро пожаловать "Sunpro Power" предлагает новаторские альтернативные энергетические решения.

image Pусский
  • image English
  • image Pусский
  • image Español
  • image Français
  • image Portugues
qr Code Url

Отсканируйте qrcode для просмотра мобильного сайта

ДомНовостиNews
842GW clean energy potential! Study calls for rezoning of golf course land

842GW clean energy potential! Study calls for rezoning of golf course land

автор: Sunpro Power Marketing
2025-03-03
 

A new study has found that golf courses around the world occupy more land area than solar or wind power plants. Researchers say that the 10 countries with the most golf courses can install up to 842GW of utility scale solar energy or 659GW of wind energy on land equivalent to the course area, exceeding the cumulative solar capacity of 646GW currently installed in these 10 countries.

Researchers say that golf courses typically require large amounts of water and chemical treatment, and renewable energy facilities provide a sustainable land use option, requiring approximately 0.01 square kilometers of land per megawatt for utility scale solar power plants. The researchers stated that this discovery "highlights the importance of rethinking land use priorities to accelerate the untapped potential of transitioning to renewable energy.

Pictured: A 100MW PV station repurposed from an abandoned golf course in Japan.

However, this study does not advocate for the direct renovation of golf courses, but rather emphasizes the enormous potential for renewable energy development in areas of the same size that have not been fully utilized. Given the current debate on renewable energy land use, it is crucial to consider how to allocate land, especially when a large amount of space is used for activities that benefit only a limited portion of the population.

Связанные новости

  • image Re‑elected Consecutively! Sunpro Power Reappears on BNEF Tier 1 List for Q3
    2026-08-21 0
  • default Sunpro Power’s PV Modules Earn Authoritative Certifications From TÜV SÜD, Robust Quality Fuels Global Market Expansion
    2026-06-26 0
  • image Shine Bright in Munich! Sunpro Power Showcases High-Efficiency Modules at Intersolar Europe 2026
    2026-06-24 0
  • image TÜV SÜD and Sunpro Power Sign ESG Strategic Cooperation Agreement to Empower Green Industrial & R&D Upgrading
    2026-06-10 0
  • image Powerful Lineup Debuts in Shanghai! Sunpro Power’s High-Efficiency Modules Shine at SNEC 2026
    2026-06-09 0
  • image Sunpro Power Secures Spot Again on BNEF Tier 1 List for 2026 Q2
    2026-06-09 0
  • image Hardcore Lineup Lands in Manila! Sunpro Power High-Efficiency Modules Shine at Solar & Storage Live Philippines 2026
    2026-05-19 0
  • image Hardcore Certification! Sunpro Passes TÜV Thresher Test, Reliability Receives Endorsement
    2026-04-28 0
  • image Smart Energy in Vienna! SUNPRO POWER Presents High-Efficiency Modules at Solar Solutions 2026
    2026-04-23 0
  • image Green Energy Crosses Borders! SUNPRO POWER’s High-Efficiency Modules Shine at RE+ México 2026
    2026-04-16 0
  • image Hardcore Lineup Shines in Guangzhou! SUNPRO POWER’s High-Efficiency Modules Debut at the 139th Canton Fair
    2026-04-15 0
  • image Sunpro Earns Multiple ISO Certifications, Forging a Solid Foundation for Development with Rigorous Management
    2026-03-06 0
  • image Efficiency and Aesthetics in One: SUNPRO POWER's High-Efficiency Modules Shine at Key Energy 2026 Italy
    2026-03-05 0
  • image Major Certification! Multiple Sunpro TOPCon Modules Awarded France's PPE2 Carbon Footprint Certification, Unlocking the Green Pass to the French Market
    2026-03-03 0
  • image 2026 Tier1 Q1 Ranking Announced | Sunpro Power Maintains Its Leading Position
    2026-02-25 0
  • image Kicking Off 2026 with a Grand Debut! Sunpro power Makes a Powerful Appearance at Intersolar Africa 2026, Illuminating Africa's Energy Future!
    2026-02-03 0
  • image Perovskite Solar Technology Achieves Major Breakthrough! Durability Challenge Conquered
    2026-01-19 0
  • image Poland's PV Target: 59.1GW by 2035, Emerging as a Key Driver of Europe's Energy Transition
    2026-01-09 0
  • image Sunpro Retains BloombergNEF Tier 1 PV Module Manufacturer Status for Q4 2025
    2025-12-16 0
  • image A Perfect Blend of Aesthetics and Efficiency! Sunpower Energy's High-Efficiency Modules Shine at French PV Exhibition
    2025-12-11 0
Sitemap

Sunpro Китай ДОБАВИТЬ.

ТЕЛЕФОН
ТЕЛЕФОНNum
ЭЛ. АДРЕС
ЭЛ. АДРЕСnum
ПОДЕЛИТЬСЯ

Sunpro Китай ДОБАВИТЬ.

num
©2019-2020 zcyВсе права защищены.
粤ICP备12019139号 粤公网安备44030502001115号
Дом
Товары
О
Свяжитесь с нами
Расследование
facebook
twitter
pinterest
linkedin
instagram
youtube
(67678)