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Location: Home > Wind Blades & Towers

    • Wind Turbine Substructures: When Monopiles or Jackets Make More Sense
      Wind Turbine Substructures: When Monopiles or Jackets Make More Sense
      Wind turbine substructures shape offshore wind cost, risk, and performance. Discover when monopiles or jackets make more sense for depth, soil, installation, and LCOE.
      Author:Aerodynamics & Structures Strategist
      Time : Jul 15, 2026
    • Wind Turbine Efficiency for Cold Climates: Key Loss Factors and Practical Fixes
      Wind Turbine Efficiency for Cold Climates: Key Loss Factors and Practical Fixes
      Wind turbine efficiency for cold climates: discover key loss factors like blade icing, cold-start friction, and grid limits—plus practical fixes to boost winter energy output.
      Author:Aerodynamics & Structures Strategist
      Time : Jul 15, 2026
    • Vietnam Tightens Monopile Import Checks for Floating Offshore Wind
      Vietnam Tightens Monopile Import Checks for Floating Offshore Wind
      Vietnam tightens monopile import checks for Floating Offshore Wind with DNV GL fatigue reports and 720-hour salt spray retests. Learn the compliance risks, delivery impact, and what exporters must review now.
      Author:Aerodynamics & Structures Strategist
      Time : Jul 11, 2026
    • Monopile Foundations Price Trend: Cost Drivers to Watch This Year
      Monopile Foundations Price Trend: Cost Drivers to Watch This Year
      Monopile foundations price trend: discover the steel, vessel, fabrication, and compliance cost drivers shaping offshore wind budgets this year—and how buyers can reduce approval risk.
      Author:Aerodynamics & Structures Strategist
      Time : Jul 11, 2026
    • Jacket Foundations for Offshore Turbines: When They Beat Monopiles
      Jacket Foundations for Offshore Turbines: When They Beat Monopiles
      Jacket foundations for offshore turbines outperform monopiles in deeper waters, weak seabeds, and larger turbine projects. See when jackets cut risk, improve LCOE, and boost offshore wind performance.
      Author:Aerodynamics & Structures Strategist
      Time : Jul 11, 2026
    • Vietnam Tightens Monopile Import Checks for Floating Offshore Wind
      Vietnam Tightens Monopile Import Checks for Floating Offshore Wind
      Vietnam tightens monopile import checks for floating offshore wind, adding DNV GL fatigue life reports and NAMTEC corrosion retests. See how the new rules may delay clearance 12–15 days and impact EPC delivery.
      Author:Aerodynamics & Structures Strategist
      Time : Jul 10, 2026
    • Vietnam Mandates Dual Fatigue Reports for Floating Wind
      Vietnam Mandates Dual Fatigue Reports for Floating Wind
      Vietnam mandates dual fatigue reports for floating wind projects, reshaping EVN grid approval for monopiles, jackets, and carbon-fiber blades. See who must act now.
      Author:Aerodynamics & Structures Strategist
      Time : Jul 09, 2026
    • Typhoon Resistance Design: What Determines Structural Reliability
      Typhoon resistance design determines whether renewable energy structures stay safe and reliable under extreme wind. Learn the key factors affecting structural reliability and project resilience.
      Author:Aerodynamics & Structures Strategist
      Time : Jul 07, 2026
    • VIEP Tightens Monopile Rules for Floating Wind Bids
      VIEP Tightens Monopile Rules for Floating Wind Bids
      VIEP tightens monopile rules for floating wind bids in Vietnam, requiring DNV GL, ABS, and VINASHIP compliance. See how exporters, bidders, and suppliers can respond fast.
      Author:Aerodynamics & Structures Strategist
      Time : Jul 06, 2026
    • VIEP Tightens FOW Tender Rules on Monopile Fatigue
      VIEP Tightens FOW Tender Rules on Monopile Fatigue
      VIEP tightens FOW tender rules on monopile fatigue, requiring dual certification and VNMI-recognized time-domain analysis. See who is affected, key compliance risks, and what bidders must review now.
      Author:Aerodynamics & Structures Strategist
      Time : Jul 05, 2026
    • VIEP Revises Floating Wind Tender on Monopile Fatigue
      VIEP Revises Floating Wind Tender on Monopile Fatigue
      VIEP revises floating wind tender on monopile fatigue, imposing dual DNV-GL and ABS checks plus joint certification. See how this urgent rule change impacts bids, compliance, and offshore wind delivery plans.
      Author:Aerodynamics & Structures Strategist
      Time : Jul 04, 2026
    • VIEP Tightens Floating Wind Tender Rules on Monopile Fatigue
      VIEP Tightens Floating Wind Tender Rules on Monopile Fatigue
      VIEP tightens floating wind tender rules with new monopile fatigue verification requirements. See how dual DNV-GL and ABS compliance could reshape bids, certification, and Vietnam market access.
      Author:Aerodynamics & Structures Strategist
      Time : Jul 03, 2026
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      What drives wind energy technology cost in offshore projects?
      Wind energy technology cost in offshore projects: explore turbines, foundations, installation, grid design, and maintenance factors that shape LCOE, risk, and long-term investment returns.
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      How anti-dumping duties risk can change the cost of imported solar modules
      Anti-dumping duties risk can turn low-cost solar modules into costly imports. Learn how to assess origin, documentation, and landed-cost exposure before buying.
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      When does utility-scale wind favor direct-drive turbines?
      Utility-scale wind projects favor direct-drive turbines when offshore access, major-component costs, large ratings, and long-term reliability make lifecycle value critical. Explore the key decision factors.
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      How much does a PV efficiency rating affect solar project yield?
      PV efficiency rating: learn how module efficiency influences solar project yield, site capacity, lifecycle costs, and delivered energy for smarter investment decisions.
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      When do single-axis tracker systems outperform fixed-tilt arrays?
      Single-axis tracker systems can outperform fixed-tilt arrays on sunny, flat sites. Explore yield, bifacial gains, land use, grid value, and lifecycle costs.

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    Solar PV Modules

    • N-type PV Modules

    • Perovskite Tandem Cells

    • Large-format Monocrystalline Wafers

    Wind Turbines

    • Offshore Direct-drive WTGs

    • Onshore Hybrid-drive WTGs

    • Floating Offshore Wind

    Solar Inverters

    • Central Inverters

    • String/Micro Inverters

    • Smart Hybrid Controllers

    Solar Trackers

    • Single-axis Trackers

    • Cable-suspended Structures

    • AI Backtracking

    Wind Blades & Towers

    • Carbon Fiber Blades

    • Monopiles & Jackets

    • Blade De-icing Systems

    Intelligence Dimension

    • Green Capital & Carbon Tariffs

    • Photoelectric & Aerodynamics

    • Mega EPC & Grid Integration

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