Power infrastructure where the grid is hard to reach.
Adaptive hybrid wind + solar systems designed for distributed infrastructure, remote assets and low-power applications.
Infrastructure energy is not always straightforward
Powering remote and distributed infrastructure presents real engineering and operational challenges.
Grid access
Remote infrastructure can require expensive connection work and logistics.
Variable energy sources
Wind and solar availability varies with local conditions.
Remote servicing
Physical inspection and reactive maintenance can create operational challenges.
Different sites need different systems
Roads, campuses, farms and buildings require different configurations.
A connected energy platform
Each system is designed to generate, store, deliver and monitor energy through a single integrated configuration.
Generate
Wind + solar hybrid generation captures energy from multiple sources.
Store
Integrated battery storage retains energy for use when conditions change.
Power
Intelligent energy management delivers power to suitable low-energy loads.
Monitor
Connected sensors and remote diagnostics provide operational visibility.
Three products, one adaptive platform
Modular hybrid energy configurations designed for different scales and applications — from highways to homes.
Dual-Turbine Infrastructure Energy Pole
Designed for highways, transport corridors and larger infrastructure applications. Combines two vertical-axis wind turbines with solar PV, battery storage and intelligent energy management in a single pole-mounted configuration.
Intended applications
Development stage — subject to engineering validation and applicable certification
Discuss Your Requirements
Single-Turbine Infrastructure Energy Pole
Designed for campuses, businesses, farms, telecom sites and distributed infrastructure. Features a single vertical-axis wind turbine with solar PV, battery storage and connected monitoring in a compact pole-mounted configuration.
Intended applications
Development stage — subject to engineering validation and site assessment
Discuss Your Requirements
Compact Modular Wind Turbine
Designed for homes, farms, workshops and small businesses. A compact vertical-axis wind turbine with integrated generator, electrical controls and battery storage. Optional IoT monitoring available for connected operation.
Intended applications
Concept stage — subject to design validation and applicable standards
Discuss Your RequirementsIntegrated system architecture
Each product combines generation, storage, delivery and monitoring in a single connected configuration.
Designed for real infrastructure
Intended applications across transport, commercial, agricultural, residential and remote infrastructure — subject to site assessment and applicable permissions.
Application suitability is subject to site assessment, environmental conditions and applicable permissions.
Engineering-led development
Every product follows a structured validation process — from concept through to commercial readiness.
Design
Concept development, engineering specification and system architecture definition.
Prototype
Building and refining working prototypes to validate core assumptions.
Test
Laboratory and field testing to assess performance, safety and durability.
Pilot
Controlled pilot deployments to validate real-world operation under site conditions.
Commercialise
Scaling production, certification and commercial availability subject to validation outcomes.
Progression through each stage is subject to successful completion of the preceding stage. Timelines depend on engineering outcomes and funding.
Engineering practical solutions for real infrastructure
MAK Renewables was founded to develop hybrid renewable infrastructure that addresses real operational challenges — power access, remote monitoring and system adaptability.
The founder brings a background in mechanical engineering and international business and project management, combining technical understanding with practical delivery experience.
Read Our StoryPractical focus
Designing systems for real infrastructure needs, not theoretical scenarios.
Engineering discipline
Structured development with testing, validation and evidence-based decision making.
Founder-led
Direct founder involvement in engineering, strategy and stakeholder engagement.
Interested in the technology?
Tell us about your site, application or infrastructure requirements.
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