Peace Project / development brief
P002Eco Container House
A practical experiment in affordable, efficient and adaptable living
Research & Prototype DevelopmentThe practical question
How much of a safe, comfortable and efficient living environment can be created using a compact modular structure, careful design and appropriate technology?
01 / Project brief
The starting point
The project will use a container-based or comparable modular structure as a practical test platform.
Its purpose is not to claim that shipping containers provide an automatic solution to housing affordability.
They do not.
Once land, foundations, insulation, structural alterations, utilities, professional services, planning requirements, building standards and labour are taken into account, the economics can be very different from the headline price of an empty container.
P002 exists to investigate those realities properly.
02 / Project brief
Why build a prototype?
Discussions about alternative housing frequently focus on what something could cost.
P002 is intended to investigate what it actually costs.
The project will document the process of turning a basic structure into a usable environment and examine the practical consequences of each design decision.
That gives us something considerably more useful than a concept drawing:
a physical prototype that can be measured.
03 / Connected systems
A compact structure. Interconnected questions.
Structure, comfort and resource use affect one another. We intend to examine the systems together as well as individually.
01 / System
Structure
How can a modular structure be adapted safely while retaining sufficient structural integrity?
02 / System
Insulation
How effectively can the building maintain a comfortable internal temperature?
Container structures create particular challenges involving thermal bridging, condensation and overheating.
03 / System
Energy
Can a meaningful proportion of normal electricity demand be supplied through solar generation and appropriate battery storage?
04 / System
Water
What practical reductions in mains-water consumption can be achieved through efficient fixtures and, where lawful and appropriate, rainwater collection or water reuse?
05 / System
Materials
Where can reclaimed, recycled or lower-impact materials be used without compromising safety, durability or performance?
06 / System
Space
Can careful design make a compact footprint genuinely comfortable rather than merely small?
07 / System
Food production
Where appropriate, the prototype may also explore small-scale growing systems as an additional experiment in resource efficiency.
04 / Real economics
What does it actually cost?
The headline price of an empty shipping container is not the cost of a finished living environment. Land, design, foundations, services and labour all change the economics.
Publishing a complete breakdown allows visitors to understand the real costs.
- Structure
- Transport
- Groundworks / foundations
- Structural modifications
- Insulation
- Windows and doors
- Electrical installation
- Plumbing
- Heating / ventilation
- Interior construction
- Solar equipment
- Water systems
- Professional services
- Regulatory costs
- Labour
- Contingency
Budget data will be published as the project develops.
05 / Project brief
Sustainability has to be measured
Calling a building “eco” does not make it environmentally responsible.
Evidence / P002
What we will measure
Performance data will be published when a prototype can be tested. These measures are research objectives, not demonstrated outcomes.
- Energy consumption
- Electricity demand in normal use.
- Not yet measured
- Energy generation
- Output from installed generation systems.
- Not yet measured
- Water consumption
- Use of mains water and any appropriate alternatives.
- Not yet measured
- Thermal performance
- Comfort, temperature and insulation performance.
- Not yet measured
- Material reuse
- Materials retained, reclaimed or reused.
- Not yet measured
- Running costs
- Actual expenditure required to operate the prototype.
- Not yet measured
06 / Project brief
The container question
Reusing a shipping container may appear environmentally attractive, but extensive structural modification, additional steel, insulation, transportation and other materials may alter the environmental equation.
The project exists to test an idea, not to defend a predetermined conclusion.
If another modular construction method performs better, that finding would be valuable.
07 / Project brief
Safety and regulation
Depending upon location and intended use, relevant considerations may include planning permission, building regulations, structural engineering, fire safety, ventilation, electrical safety, sanitation and drainage, insulation and condensation, land use, access, water systems and other applicable requirements.
A demonstration structure is not automatically lawful for permanent residential occupation.
Peace Project will therefore distinguish clearly between an experimental prototype and a structure that has been approved for residential use.
Development / next steps
A route from idea to evidence
The first step is the current development focus. Later stages are planned; they are not completed milestones. Progress will be published as practical work develops.
-
Feasibility
Determine the proposed location, use case, design requirements and regulatory constraints.
Current development focus -
Design
Develop the layout, structural approach, insulation strategy and energy/water systems.
Planned · subject to review -
Cost model
Produce a realistic budget before construction begins.
Planned · subject to review -
Prototype construction
Build the experimental structure while documenting expenditure and significant design decisions.
Planned · subject to review -
Performance testing
Measure the completed prototype rather than relying solely upon theoretical expectations.
Planned · subject to review -
Published findings
Compare expected and actual cost, performance, energy use and construction time.
Planned · subject to review -
Review
Determine which aspects should be retained, redesigned or abandoned before considering another prototype.
Planned · subject to review
08 / Project brief
Open-source learning
Where privacy, safety, commercial and intellectual-property considerations permit, Peace Project intends to document cost breakdowns, material choices, design lessons, energy and water data, construction problems, mistakes, successful solutions and recommendations for future prototypes.
The objective is not simply to produce one unusual building.
It is to produce useful evidence.
09 / Project brief
Current position
P002 is currently an experimental project under development.
No claim is being made that the prototype will provide a universally cheaper or more sustainable alternative to conventional housing.
Those are questions the project is intended to investigate.
If the results are positive, they can provide a foundation for further development.
If some elements fail, publishing those findings is also valuable.
10 / Project brief
What success would look like
- What did it really cost?
- How long did it take?
- How much energy does it use?
- How comfortable is it?
- Which sustainable technologies were genuinely useful?
- What failed or cost more than expected?
- Would we build the next one differently?
- Could the model responsibly be reproduced?
P002 / Keep in touch
Build it. Measure it. Learn from it. Improve it.
Follow development and discover opportunities to contribute as they become available.
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