Renewable System Design
Aerlo’s Renewable System Design project showcases how a thoughtful, integrated approach to renewables can empower communities, reduce waste.
Client
Horizon Eco Village
Date
Mar 12, 2025
Categories
Hybrid Systems
Project Description
The Renewable System Design project aimed to develop a fully integrated energy solution for Horizon Eco Village — a sustainable residential and agricultural development in the foothills of the Western Highlands. The community required a hybrid energy network combining wind, solar, and energy storage to provide 24/7 clean power without relying on traditional grid infrastructure.
Aerlo's design approach balanced environmental sensitivity with technical resilience. By using advanced energy modeling, we created a system that dynamically adjusts output based on usage trends, weather conditions, and seasonal shifts. The system prioritizes clean generation while ensuring uninterrupted access to electricity, even in remote and off-grid conditions.
The project also emphasized community autonomy and visibility, with smart interfaces that allow residents to monitor their consumption, adjust energy modes, and contribute excess power back into the local system.
Project Goals
Design a hybrid renewable system using wind and solar
Ensure energy continuity with battery storage and smart grid logic
Minimize environmental disruption during deployment
Enable long-term scalability for growing community needs
Equip users with interactive control and monitoring tools
Key Solutions
Aerlo developed a modular renewable framework combining roof-mounted solar arrays, vertical-axis wind turbines, and battery energy storage systems (BESS). The design allowed for decentralized energy production, ensuring reliability and flexibility across the village.
To optimize performance, we implemented a smart energy management system that predicts energy generation based on real-time weather data and adjusts distribution accordingly. The system also incorporated load-prioritization algorithms to support critical infrastructure during peak demand or outages.
Additionally, all equipment was selected for durability and recyclability, aligning with the project's eco-first values. The design included user dashboards accessible via mobile app, making energy data and control available at residents’ fingertips.
Outcomes Achieved
Achieved 95% energy self-sufficiency year-round
Reduced solar curtailment and improved battery efficiency
Enabled microgrid independence with hybrid generation
Integrated seamless backup battery systems
Ensured minimal disruption to landscape and wildlife zones
Created a replicable model for rural sustainable living
Conclusion
The Renewable System Design project reflects Aerlo’s dedication to designing energy systems that go beyond sustainability — they deliver reliability, efficiency, and empowerment. This project demonstrates that with the right vision and engineering, off-grid communities can thrive without compromising performance or environmental integrity. Aerlo continues to set new benchmarks in renewable innovation by creating systems that serve both people and the planet.
Explore More Project
Discover how Aerlo is transforming the future of sustainable energy through innovative design, smart technology, and eco-conscious solutions. From rural microgrid installations.
