NEWS: 2025 FIRST SHIPMENT OF THE 'NEW GENERATION' WIND TREES

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The installation does more than supply renewable power to part of the Wichita University, it brings the science of clean energy directly into the students’ world.

Instead of learning about wind generation abstractly, students can now observe it working on their own campus, see the technology up close, and understand how natural energy can be captured and used in real time.

Specifically designed for the local climate and environment, powered by the latest generation of smart control boards, we are proud to introduce our very first installation in Indonesia.

A World-First Hybrid Structure combining both Solar (with our latest generation of Solar Petals) and Wind Energy to ensure continuous, clean power production.

This video showcases more than just an innovative wind technology,  it captures a powerful hybrid solution where wind and solar energy is harnessed.

New World Wind’s Aeroleaf® systems provide a unique aesthetic platform to engage with real-world engineering, sustainability science, and modern problem-solving into every day urban life.

Architectural and engineering design, combined with New World Wind Technology, provides a canvas for intelligent eco-friendly and sustainable Clean Energy outcomes, when woven into the fabric of existing solar solutions.

The latest generation of dual wind turbines, while also only requiring wind speeds of 8kph+, can produce up to 1000W at the individual turbines, will enhance any residential or commercial infrastructure project.

The first installation of the 36A New World WindTree and the next generation of Aeroleaf in Thailand, Prince of Songkla University (PSU) is one of Thailand’s leading public universities, recognised nationally for engineering, applied sciences, and industrial innovation.

The WindTree installation in front of the Faculty of Industry and Technology at PSU’s Trang campus represents one of the earliest Asian deployments of New World Wind’s technology, combining clean-energy generation with public demonstration value.

Solar in Saudi Arabia performs well on clear days but loses 40–60% efficiency from dust build-up and sandstorms, creating high maintenance costs and unreliable output. These conditions make solar alone vulnerable during the very weather events that define the Kingdom’s climate.

Aeroleaf® micro-wind provides the continuity that solar lacks. Sandstorms generate strong, omnidirectional winds that Aeroleaf’s silent vertical-axis turbines capture even when sunlight collapses. Aeroleaf® delivers low-maintenance, 24-hour, storm-resilient power aligned with Saudi Vision 2030 for distributed clean energy.