Pavegen Solar+ is an innovative, sustainable technology that combines kinetic energy harvesting with solar power to create a smart, renewable energy solution. Designed for urban environments, public spaces, and commercial applications, Pavegen Solar+ integrates the company’s signature kinetic tiles with photovoltaic panels, maximizing energy generation from both foot traffic and sunlight.

Each step on a Pavegen kinetic tile generates electricity through electromagnetic induction, which can power nearby infrastructure such as lighting, sensors, and digital displays. By incorporating solar panels into the system, Pavegen Solar+ significantly enhances energy efficiency, ensuring continuous power supply even when foot traffic is low.

Beyond energy generation, Pavegen Solar+ enables real-time data collection and connectivity. The system captures insights on pedestrian movement, energy output, and user engagement, making it a valuable tool for smart city development and interactive public spaces. This data can be integrated with IoT applications to optimize urban planning and improve sustainability initiatives.

Pavegen Solar+ is an ideal solution for companies, municipalities, and organizations aiming to reduce carbon footprints, promote green energy adoption, and create engaging, tech-driven experiences. Its dual-source renewable energy approach makes it a pioneering step toward cleaner, smarter cities worldwide.

Key Characteristics:

• Dual Energy Harvesting: Pavegen’s Solar+ system combines monocrystalline solar panels with kinetic energy tiles, capturing both sunlight and footsteps.

• Kinetic Technology: Converts the vertical force of foot traffic into off-grid electricity using electromagnetic induction.

• Smart Connectivity: Integrated sensors and data systems allow real-time tracking of energy generated and footfall analytics.

• Modular Design: Easily installed in urban spaces like walkways, transport hubs, retail areas, and campuses.

• Durability: Built for high footfall environments with weather-resistant materials.

• Clean Energy Generation: Reduces dependence on fossil fuels by producing renewable energy on-site.

• CO₂ Reduction: Helps offset carbon emissions by powering low-energy devices (e.g., LED lighting, sensors).

• Engages Communities: Encourages sustainable behavior through interactive, visible green technology.

• Supports Smart Cities: Enables data-driven urban planning and sustainable infrastructure.

• Minimal Impact Installation: Designed for easy integration without significant structural changes or energy use during setup.