P3
Electricity
Solar, Wind, and Waste-to-Hydrogen Energy Production with AI Optimisation
In Phase III, we plan to own and operate sustainable energy production facilities—solar, wind, and innovative Waste-to-Hydrogen plants. The vision: control the entire value chain from generation to market with three revenue streams: waste disposal fees, energy sales, and carbon credits.
"Energy and waste are two of humanity's biggest challenges. Patented Steam Cracker technology will turn one problem into a solution for the other—converting waste into clean hydrogen and electricity."— P3 Electricity Team
Countries face two critical challenges: reliable waste disposal and affordable energy. Incineration is politically difficult. Landfills are expensive long-term. Growing pressure to prove emission reductions with audit trails and certificates.
Own production facilities covering the full value chain. Solar and wind for base production. Waste-to-Hydrogen plants with patented Steam Crackers will convert waste into hydrogen and energy. AI will optimise operations, logistics, and trading.
Part of the P3 Ecosystem
P3 Electricity is Phase III of an integrated energy venture. It extends P3 Energy (AI-powered trading) and P3 Data (verified market intelligence) into physical infrastructure—providing a real-world test and development environment where our software meets actual production facilities.
P3 Energy
Intelligent energy trading powered by artificial intelligence
P3 Data
Verified data infrastructure for AI providers worldwide
P3 Electricity represents Phase III—the physical infrastructure layer where software meets hardware.
Four Revenue Streams
A planned business model with multiple income sources from every facility.
Waste Disposal Fees
Municipalities and companies will pay to dispose of residual waste. Steam Crackers will process waste into pellets, then hydrogen—eliminating landfill costs for partners.
Energy Sales
Sell electricity and hydrogen to the grid and industrial customers. Solar and wind will provide base load. Waste-to-Hydrogen will add flexible capacity.
Carbon Credits
Generate certified carbon credits from emission reductions. Full audit trails will prove environmental impact. Additional revenue from climate certificate markets.
Storage Arbitrage
Industrial battery systems store energy during low-demand periods and release when market prices peak. AI-optimized timing transforms volatility into predictable returns.
Diversified production combining proven renewables with breakthrough technology
Planned Technology Portfolio
Diversified energy production combining proven renewables with breakthrough technology.
Onshore Wind
Wind turbines in optimal locations will complement solar production. Higher output during winter months when solar is lower. Grid stabilisation benefits ensure consistent energy delivery.
Solar Energy
Ground-mounted and rooftop solar installations will provide stable base production. Proven technology with predictable yields and low operational costs.
Waste-to-Hydrogen
Patented Steam Cracker technology will convert residual waste via pellets into hydrogen and electricity. Three test facilities planned to validate and scale.
Battery Storage
Industrial-scale battery systems act as a buffer between production and market. Store energy during low-demand periods, release when prices peak. AI-optimized timing transforms market volatility into predictable arbitrage returns.
Patented Steam Cracker Technology
Breakthrough technology with contractually secured usage and preferential rights for Phase III deployment.
How It Will Work
Residual waste will be processed into standardised pellets
Pellets enter the patented Steam Cracker system
High-temperature process produces hydrogen and energy
Clean output sold to grid, industry, or mobility sector
Key Advantages
Continuous operation powered by AI-optimised production cycles
Planned AI-Optimised Operations
Swissi AI workflows will maximise efficiency across the entire value chain.
Real-time grid monitoring and intelligent load balancing across all connected facilities
Production Optimisation
AI will predict output, schedule maintenance, and maximise facility uptime
Logistics Management
Optimise waste collection routes and pellet production scheduling
Energy Trading
AI-driven market timing for electricity and hydrogen sales
Audit Trails
Full traceability for carbon credits and regulatory compliance
Geolocation & IIoT
Real-time monitoring of all facilities via industrial IoT sensors
Yield Forecasting
Predict energy output based on weather, demand, and facility status
Certificate Logic
Automated generation and verification of climate certificates
Performance Analytics
Dashboard showing operational data
Physical Test Field for P3 Energy AI
Our planned diverse energy facilities will serve as real-world training environments for P3 Energy AI models and trading algorithms.
Diverse Facility Types
Each energy facility type will generate unique operational data, creating comprehensive training datasets for our AI models.
Weather patterns, irradiance forecasting, panel degradation, maintenance cycles
Wind speed prediction, turbine performance, grid stability, seasonal variations
Waste input variability, process optimisation, hydrogen output, energy conversion
Planned AI Model Development
- 01Production Forecasting
Train models on real output data from solar, wind, and hydrogen facilities
- 02Trading Algorithms
Develop and validate energy trading strategies with actual market transactions
- 03Grid Balancing
Optimise the mix of energy sources based on real-time demand and pricing
- 04Predictive Maintenance
Build failure prediction models from sensor data across facility types
- 05Carbon Credit Automation
Train certificate generation models on verified emission reduction data
Real-time energy trading visualization
Interactive view of our AI-powered trading platform showing live energy sources, market data, and smart contract operations.
Planned Capital Allocation
CHF 20M seed investment planned for Phase III expansion.
Solar & Wind
CHF 10MBuild base production capacity with proven renewable technologies. Will generate real operational data for the entire production chain.
- —Solar installations: ground-mounted and rooftop
- —Onshore wind turbines in optimal locations
- —Grid connection and storage infrastructure
Waste-to-Hydrogen
CHF 10MThree test facilities planned with patented Steam Crackers to validate technology, optimise processes, and prepare for scaling.
- —Three planned Waste-to-Hydrogen test facilities
- —Patented Steam Cracker systems
- —Pellet processing and hydrogen output
Projected Revenue (Phase III)
Research-Driven Innovation
Our approach combines deep industry expertise with ongoing academic research. We collaborate with leading institutions and established energy companies to continuously refine our production and trading strategies.
Through strategic R&D consortia funded by EU and international programmes, we accelerate the development of next-generation renewable energy infrastructure.
Swissi Authors: Prof. Dr. Walter Kurz, Wojtek Stricker
Swissi Ecosystem Integration
Agnostyca AI
Will provide AI models for production optimisation, trading algorithms, and predictive maintenance.
Swissi DLT
Will provide immutable audit trails for carbon credits and regulatory compliance documentation.
Swissi Stablecoin
Will enable smart contract payments for energy trading and carbon credit transactions.
P3 Data
Will provide market intelligence on energy prices, demand forecasting, and grid analytics.
Data Centre
Will power our own data centres with clean energy from P3 Electricity facilities.
FinAI
Will provide financial modelling for project finance and investor reporting.
Key Differentiators
Triple
Revenue Stream
Planned: waste fees + energy sales + carbon credits from every facility
Patented
Technology
Exclusive rights to Steam Cracker technology for waste-to-hydrogen secured
Full
Value Chain
Vision: own production from generation to market—no middlemen
AI
Optimised
Swissi AI workflows will maximise efficiency and trading returns
Full value chain ownership
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