Planetary energy.
Energy is the master variable. Every measure of human development — clean water, food security, healthcare, education, economic activity — is downstream of reliable energy access. PTH Meridian builds the computational tools to optimize energy systems from a single remote community to a national grid to a planetary network.
Where we work
Four focus areas — from the most immediate human need to the planetary scale mission. Each builds on the last.
700 million people worldwide have no electricity. In Canada, approximately 35 First Nations communities in Northern Ontario rely entirely on diesel generators — paying 4-10x urban electricity rates for unreliable power. The computational tools to design, deploy and operate clean energy microgrids for these communities are what we build first.
- Microgrid sizing and solar-storage optimization
- Real-time supply-demand balancing
- Predictive maintenance — failure before it happens
- Community-to-community interconnection planning
- Economic modeling — diesel displacement ROI
Every country has a unique energy profile — different renewable resources, existing infrastructure, demand patterns, economic constraints and political realities. The transition to clean energy cannot be solved the same way for Canada as for Nigeria or Bangladesh. Computational models that optimize each country's pathway individually — then find the global interconnections that make every plan more efficient.
- Geographic renewable resource assessment
- Demand modeling as income rises
- Technology cost curve integration
- Grid physics and network flow
- Climate resilience scenario modeling
Data centers generate enormous heat as waste. In Finland and Sweden, data center waste heat already warms hundreds of thousands of homes through district heating networks. In Canada — particularly for remote and northern communities — integrating data center waste heat into community heating systems turns an industrial cost into a community asset. Computational design of these integrated systems is largely absent.
- Data center siting optimization — water, energy, climate
- District heating network integration modeling
- Community heating demand forecasting
- Canadian data sovereignty — domestic infrastructure
- 30-year climate resilience assessment
The long-term mission: a computational operating system for the world's energy system. Real-time optimization across national grids and regional interconnections. Cryptographically secured energy trading between nations — built on AKR Naos infrastructure. Equitable distribution modeling that ensures the transition benefits everyone, not just wealthy countries. Type 1 civilization infrastructure.
- Multi-country grid interconnection modeling
- Cryptographic energy trading settlement — AKR Naos
- Verifiable renewable energy certificates
- Equity constraints — global distribution modeling
- Water-energy-food nexus optimization
Raise a community's reliable energy access and you raise everything else simultaneously. Clean water requires energy to pump and treat. Food security requires energy to grow, store and transport. Healthcare requires energy to power facilities. Economic activity requires energy for every unit of production.
The gap between a Type 0.73 and Type 1.0 civilization is not a resource gap. Earth receives 173 petawatts of solar energy — ten thousand times current human energy consumption. The gap is computational. Coordination. Optimization. Distribution.
PTH Meridian builds the tools to close that gap — starting in Northern Ontario, scaling to Canada, then to the world.
The Canadian energy opportunity
Canada holds extraordinary energy resources and extraordinary energy challenges simultaneously. Solving the Canadian problem first creates tools that work everywhere.
Canada holds 20% of the world's fresh water and some of the most significant renewable energy resources on Earth — hydro, wind, solar, geothermal — yet 35 First Nations communities in Northern Ontario pay up to $1.50 per kilowatt-hour for diesel electricity while rivers flow past them. Alberta builds data centers that stress already-scarce southern water while Quebec has abundant hydro and cold-climate free cooling. The east-west energy corridor that would connect Quebec's surplus to Alberta's demand does not exist.
These are not resource problems. They are coordination, modeling and political will problems. Computational tools that make the true cost of dysfunction visible — and the benefit of coordination concrete — are the first step toward solutions.
The energy division is in early research and development. We welcome collaboration from energy researchers, Indigenous community organizations, provincial energy ministries and international development partners.