Energyminer develops the Energyfish, a compact, floating hydrokinetic power plant that generates reliable, base-load clean energy from river currents 24/7. This system is designed for decentralized power generation, feeding directly into local low-voltage grids without requiring dams or significant civil engineering. The technology is fully submersible for flood protection and engineered to be fish-safe, offering a sustainable, low-impact alternative to traditional renewables.
Funding
$960K raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Founders
Product
Problem
Many communities lack access to consistent and sustainable energy sources, particularly those relying on rivers for resources. Traditional hydropower solutions often require significant infrastructure investments and can negatively impact river ecosystems.
Solution
Energyminer offers the Energyfish, a hydrokinetic power plant designed for electricity generation from river currents with minimal environmental disruption. The Energyfish operates almost entirely underwater, producing clean, reliable energy 24/7 for local communities. This floating turbine system is engineered to be fish-friendly and resistant to high water conditions, automatically submerging during floods while continuing power generation. Energyfish units are deployed in "swarms," each connected to local grid infrastructure, providing a scalable and decentralized energy solution. The system is designed for low maintenance and continuous monitoring, ensuring high availability and consistent power output.
Target Audience
Ideal customers include local communities seeking sustainable energy solutions, municipalities looking to enhance grid resilience, and organizations committed to environmentally friendly power generation.
Features
- Compact, floating hydrokinetic turbine system for river deployment
- Integrated fish protection system to prevent harm to aquatic life
- Submersible design for automatic adaptation to high water and ice conditions
- Decentralized power generation feeding directly into local low-voltage grids
- Remote monitoring system for continuous performance tracking and maintenance alerts
- Scalable "swarm" deployment model for customizable energy output
- Minimal infrastructure requirements, eliminating the need for dams or concrete structures
- Constructed for a long service life, exceeding 10 years