Feasibility Studies
Assess projects or portfolios from single efficiency measures to complete site-wide energy systems.
Clean Energy Capability
Multi-Perspective Analysis
So you can make well-informed decisions.
What we do
Evaluate clean energy projects across technical, economic, ecological, social, legal and organizational perspectives.
We provide the analysis needed to move from an interesting idea to a defensible decision. Rather than judging a project on technology alone, we compare the system from several perspectives and use scenario-based modelling to reveal trade-offs, sensitivities and future opportunities.
Our role is to create enough clarity for decision makers to commit resources, align stakeholders and move the project into its next stage with a stronger evidence base.
Service scope
Focused support for complex clean energy decisions.
Techno-Economic Modelling
Use scenario-based models to compare alternatives against your technical and commercial criteria.
Multi-Perspective Evaluation
Bring technical, economic, ecological, social, political, legal and organizational views into one decision framework.
References
Relevant project experience.
The reference projects below integrate the detailed scope and key facts previously presented in the project modals of the CRATOS CAN Clean Energy site.
Reference Project
Energy Concept for the Modernization of a Commercial Property
Project Summary
- Strategic modernization of an integrated building energy system
- Technical, economic and ecological performance considered together
Scope
- Energy system design and scenarios
- Techno-economic and ecological analysis
- Evaluation and recommendation
Key Facts
- Electrolyser: up to 50 kW
- Battery: up to 400 kWh
- PV system: up to 450 kW
Reference Project
Raw Biogas Utilization Concept — Feasibility Study
Project Summary
- Integrated energy-system concept for utilizing raw biogas from a digester facility
- Evaluation of technical, economic, ecological, organizational and regulatory impacts
- Part of a broader circular-economy initiative
Scope
- System design, simulation and optimization
- Scenario comparison
- Potential analysis
- Recommendations for action
Key Facts
- Biogas input: 30,000 Nm³/day
- CHP: up to 3 MW
- Fleet: 10 CNG trucks
- End uses: heat/power, mobility and grid injection
Reference Project
Hydrogen-Based Transition for a Large Brick Manufacturer
Project Summary
- Transition concept combining rooftop PV, wind and grid supply
- Shift from natural gas toward hydrogen while strengthening energy independence
Scope
- System modelling
- Contractual arrangements
- Techno-economic feasibility
- Business case and business-model design
Key Facts
- Electrolyser: 10 MW
- Hydrogen: approx. 120 kg/h
- Storage: 2,000 kg
- CAPEX: approx. €15 M
Your contact in Canada
Justin Cao
Hydrogen Engineering Consultant
Discuss your project directly with the CRATOS CAN Clean Energy team.