Generate • Convert • Conserve
Energy & Renewable Solutions
Biogas from organic waste, solar energy for commercial and public sites, and domestic wind turbines up to 10 kW. We identify viable opportunities, develop project concepts and coordinate implementation.
Clean energy, built close to where it is used
The move to clean, reliable and sustainable energy is essential for reducing environmental impact. We take part in renewable energy infrastructure through three areas: biogas, solar and small wind.
Our focus is on identifying viable opportunities, developing project concepts, coordinating technical and engineering requirements, facilitating implementation and supporting sustainable operation.
A. Biogas plants: waste to energy
Agricultural residues, animal waste, food waste and other biodegradable materials can be converted into energy through anaerobic digestion. We promote biogas infrastructure that turns organic waste into renewable energy while supporting scientific waste management.
Our objective is a circular model: organic waste becomes an energy resource, and residual digestate can be used responsibly as an agricultural input, subject to quality and regulatory requirements.
Biogas services
Biogas plant planning and development
Community-based biogas facilities
Industrial and commercial biogas plants
Agricultural and livestock waste-based plants
Food waste-to-energy projects
Anaerobic digestion system development
Biogas purification and utilisation
Biogas-based electricity and thermal energy applications
Digestate management and organic manure utilisation
Plant operation, maintenance and performance monitoring
Potential biogas applications
Hotels and institutional kitchens
Agricultural and dairy farms
Food processing industries
Municipal biodegradable waste management
Community and rural energy projects
B. Solar energy solutions
Solar gives commercial, industrial, institutional, agricultural and infrastructure users a decentralised route to clean electricity.
Rooftop solar project development
Ground-mounted solar installations
Solar power systems for industries and institutions
Solar-powered water pumping systems
Solar streetlights and public infrastructure lighting
Solar installations for rural and agricultural applications
Solar energy feasibility assessments
Project planning, vendor coordination and implementation
System monitoring and maintenance coordination
C. Small wind: domestic turbines up to 10 kW
We promote decentralised wind energy through small-capacity turbines for homes, farms, institutions and small commercial premises. The focus is on domestic systems up to 10 kW.
Unlike utility-scale wind farms, small turbines can be sited close to where electricity is used, subject to a suitable wind resource, site conditions and statutory requirements.
Small wind: product and service range
Domestic wind turbines from small-capacity systems up to 10 kW
Rooftop and building-mounted solutions, where structurally and aerodynamically suitable
Standalone systems for rural and remote locations
Small turbines for agricultural farms and farmhouses
Wind-solar hybrid power systems
Battery-integrated wind energy storage
Small installations for resorts, villas and commercial establishments
Wind-powered water pumping and selected off-grid requirements
Who small wind is for
Residential
Individual homes, villas and farmhouses.
Agriculture
Farms, irrigation support and rural facilities.
Commercial
Small businesses, resorts and hospitality properties.
Institutional
Schools, campuses and community facilities.
Remote locations
Off-grid and decentralised electricity generation.
Small wind: our approach
Step 1: Site assessment
Wind availability, surrounding obstructions, turbulence and installation suitability.
Step 2: System selection
Turbine capacity matched to energy requirements and site conditions.
Step 3: Engineering and installation
Foundations, towers, mounting, electrical integration and safety systems, coordinated with qualified partners.
Step 4: Hybrid integration
Integration with solar PV, batteries and compatible inverters where useful.
Step 5: Monitoring and maintenance
Performance monitoring, periodic inspection and maintenance support through qualified technical partners.
What to know before you install
Rated turbine capacity (kW) is not the same as electricity generated (kWh). Actual output depends on the wind resource and operating conditions.
Wind speed, turbulence, mounting height, vibration and structural loading must be assessed before any rooftop installation. Turbines are not suitable for every roof.
Verdanova presents itself as a domestic small-wind solutions developer, supplier and implementation coordinator. Installation work uses qualified technical partners and complies with electrical, structural, safety, grid-interconnection and local approval requirements.
Wind and solar together
A combined wind and solar system can make a decentralised energy supply more resilient. Tell us about your site and energy needs.