PowerNEXT, formerly known as PowerNEST, is a cutting-edge green business solution that revolutionizes the way medium- to high-rise buildings harness renewable energy. The system integrates bifacial solar panels and wind turbines in a modular, rooftop-mounted design to efficiently power buildings while enhancing their visual appeal.

The innovative design of PowerNEXT maximizes energy generation by leveraging the Venturi effect to increase wind speed and capture energy, even in low-light or variable conditions. By combining solar and wind power in a nest-like array, PowerNEXT outperforms traditional solar installations by up to ten times on the same rooftop area.

One of the key advantages of PowerNEXT is its adaptability to different roof configurations through modular components such as corner, mid, and solar extension modules. These components can be retrofitted with minimal structural impact, making installation efficient and versatile. The system typically weighs around 100–120 kg/m², ensuring compatibility with various building structures.

In addition to its functional benefits, PowerNEXT adds architectural value to buildings with its aesthetic 'crown' effect. The turnkey nature of the system includes built-in energy management and optional storage, providing a comprehensive renewable energy solution for buildings.

With longevity estimates of approximately 25 years for turbines and solar panels, and at least 50 years for structural elements, PowerNEXT offers a sustainable energy solution with long-term benefits. The projected payback period of 7 to 12 years depends on site conditions, incentives, and energy pricing, making it a cost-effective choice for building owners.

By reducing reliance on grids, helping buildings comply with sustainability mandates, and showcasing environmental commitment visibly, PowerNEXT is at the forefront of green technology innovation in the renewable energy sector.

Key Characteristics

• Creator of PowerNEST / PowerNEXT: modular rooftop systems combining solar panels and wind turbines in one integrated design.

• Optimized for high-rise buildings and dense urban environments where roof space is limited.

• Modular, scalable, and customizable to fit different rooftop sizes and designs.

• Incorporates aerodynamic technology to increase wind speed and energy capture efficiency.

• Designed for aesthetic integration into buildings, blending renewable systems with architecture.

• Provides turnkey solutions: engineering, installation, and maintenance included.

🌱 Environmental Benefits

• Generates up to 6–10 times more energy from the same roof surface compared to standalone solar panels.

• Produces clean, renewable electricity onsite, reducing reliance on fossil fuels and grid energy.

• Cuts CO₂ emissions significantly by replacing conventional energy sources.

• Enhances energy independence for buildings and cities.

• Utilizes underused rooftop space, promoting sustainable urban development.

• Supports climate adaptation goals and helps cities reach net-zero targets.

• Reduces environmental footprint without requiring additional land use.