InvestmentUpdated on 7 December 2025
CEGA: The Amphibious Energy Revolution
CEO at Proecoway
Cambrils, Spain
About
CEGA: Investor Pitch Summary
Revolutionary Technology
CEGA (Amphibious Electrogenerative Cell) is the first renewable energy system capable of generating continuous 24/7 electricity from moisture and salinity alone, independent of sun, wind, or weather. It converts the natural electrochemical potential present in humid soil, wetlands, and seawater into clean power through modular, interconnected cells.
Core Technology
-
Electrodes: Dual electrodes (anode/cathode) with differing electrical affinities (copper-aluminum or advanced graphite compounds) generate electrochemical potential
-
CEI (Cell Electronic Interface): DC-DC booster amplifies voltage and allows seamless cell linking without interference
-
Encapsulation: Flexible, amphibious shell for land and underwater deployment
-
ALMA Connectors: Enable scalable modular mesh systems for distributed power generation
Market Differentiation
Unlike solar or wind, CEGA offers:
-
24/7 autonomous power anywhere on Earth
-
Zero weather dependency—unlimited, predictable generation
-
Low maintenance—no moving parts, no visual impact
-
Modular scalability—from microgrids to smart agriculture to marine energy
-
Borderless deployment—agricultural land, coastal zones, wetlands, underwater
Development Stage & Investment Path
Currently TRL 2/3 (functional prototypes validated in laboratory with empirical evidence). Next phase: investment to reach TRL 4 with Tecnalia (Spain's leading tech center), including:
-
Material optimization and electrode characterization
-
Energy management system integration
-
Environmental durability testing (soil, freshwater, saltwater)
-
Large-scale mesh modeling and simulation
Applications: Microgrids, smart agriculture, marine energy, distributed storage, IoT networks
Vision: Transform agriculture, coastal, and marine regions into sustainable energy sources—the next major leap in global energy innovation.
Stage
- Seed and Development
Applies to
- Energy
- Engineering & Technology
- Maritime
Attached files
Organisation
Similar opportunities
Service
Custom bio-based carbon electrodes
- Energy
- Maritime
- Development
- Water Cycle
- Circular Economy
- Engineering & Technology
- Automotive, Batteries, Transport & Logistics
Paolo Stufano
Research Scientist at Be.Me SRL
Bari, Italy
Project cooperation
TRL 5 electrode/device demonstration
Paolo Stufano
Research Scientist at Be.Me SRL
Bari, Italy
Project cooperation
SEWAT - Sustainable Energy by Waves Trap
- Planning
- Research
- Execution
- Technical
- Financing
- Sales/Distribution
Giulio Teodoro Maellaro
engineer at GECO -GLOBAL ENGINEERING CONSTRUCTIONS s.r.l.
BRINDISI, Italy