Activity
The rodent moves freely through an enriched environment.
Renewable energyContinuous micro-generation
Natural activityNo forced animal activity
Low carbon footprintDurable materials
Local solutionsDecentralised energy
The BLAMPS principle
Turning movement into useful energy.
A simple, observable and modular conversion chain designed as a responsible micro-energy demonstration.
Conversion
The wheel and pressure plates capture movement through a low-friction dynamo.
Storage
The energy is regulated, measured and stored in low-voltage modules.
Concept prototypeA hybrid system
Wheel, pressure and microgrid.
BLAMPS combines several ultra-low-power sources and makes their output visible through a central interface.
- Dynamo wheel
A compact rotor turns natural rotation into direct current.
- Pressure plates
Piezoelectric sensors capture movement through the habitat.
- Smart management
The controller balances generation, storage and demonstration loads.
The bio-collector cycle
Recycle, feed, set the network in motion.
People place compatible organic waste into bio-collectors. After sorting and preparation, the network distributes food at different times to naturally encourage movement between habitats.
Human deposit
Suitable organic leftovers are placed in the collector.
Sorting and recovery
The prototype isolates compatible inputs and prepares portions.
Synchronised distribution
Each station receives a separate schedule controlled by the network.
Natural movement
Alternating feeding points encourage exploration without force.
Synchronised networkOnline
Next distribution 06:00 · Paris
Virtual laboratory
Interactive demonstration
Adjust the activity level and watch the simulated output, speed and charge change in real time.
BLAMPS
12.4watts
Distance1.2 km
Speed2.1 km/h
Battery36%
Electricity generationLive
Last 60 secondsIllustrative data generated for this technology demonstration.
Measurable impact
A little power, a big learning opportunity.
BLAMPS does not claim to power a city. It makes energy efficiency, mechanical conversion and distributed networks tangible.
Explore the European scenariosEuropean infrastructure
Five countries, one coordinated network.
Stations share their schedules, resource levels and energy data to alternate food distribution across Europe.
5connected countries
A European laboratory
One technology, many settings.
Each scenario adapts micro-energy collection to its environment and educational purpose.
01 · FR
France
Local collection of organic inputs and distribution through Parisian tunnels.
Bio-collection02 · DE
Germany
Precise station synchronisation and movement tracking between zones.
Synchronised feeding03 · IT
Italy
Recovery of movement and modular low-voltage storage.
Modular batteries04 · ES
Spain
Alternating feeding corridors that encourage natural mobility.
Mobility corridors05 · UK
England
Distributed bio-collectors connected to a miniature energy microgrid.
Distributed microgrid
UK · Case studyThe United Kingdom miniature grid
FAQ
Frequently asked questions
The concept, its limitations and its responsible approach.
Yes. A dynamo or piezoelectric sensor can convert movement into electricity. The values shown here are simulated to demonstrate the principle.
It is central to the concept: voluntary activity, enriched habitats, no deprivation and an immediate stop if behaviour changes.
Primarily for research, science education and the occasional powering of ultra-low-consumption sensors.
A small-scale future
Let’s build the next prototype.
Are you a laboratory, school, museum or industrial partner? Let’s discuss a demonstration tailored to you.