Purpose: Achieving lightweight and corrosion-resistant construction using high-strength marine-grade aluminum-magnesium alloys, reducing weight by 20% and increasing speed by 15%, simultaneously addressing three core pain points: heavy hull, high corrosion loss, and high energy costs.
Pain Points: Heavy hull weight / High corrosion loss / High energy costs / Long delivery cycle.
Function: High-conductivity, weather-resistant aluminum material reduces line loss by 8% and increases wind pressure resistance by 2 levels, enabling stable power transmission for 30 years and overcoming the challenges of tower sinking, high losses, and poor weather resistance.
Pain Points: Heavy transmission towers/high conductivity loss/poor weather resistance/tight construction schedules/high operation and maintenance costs.
Function: Aluminum-lithium alloy reduces weight by 18%+ and improves fatigue resistance, reducing carbon emissions by 1200 tons annually, directly addressing issues such as heavy fuselage, high fuel consumption, and crack risk.
Pain Points: Heavy fuselage/low fuel efficiency/fatigue cracking/strict airworthiness certification/high delivery precision.
Function: Aluminum profile frames reduce weight by 30% and increase energy absorption by 40%, simultaneously addressing the pain points of short range and poor safety.
Pain Points: Heavy battery pack/reduced range/insufficient collision safety/complex thermal management/tight delivery cycles.
