Integrated Innovation Models

Derived from first principles—physics over tradition—these frameworks address energy and water autonomy, affordability, comfort, and sustainability in the built environment.

Affordability

Compare product cost to raw materials—if the ratio is high, redesign. We achieve cost reduction through intelligent design, local materials, and scalable systems.

Comfort & Health

High indoor environmental quality including thermal comfort, air quality, clean water, and natural light.

Autonomy

Energy and water independence through on-site generation, collection, storage, and efficient use.

Environmental Sustainability

Circular materials, low embodied carbon, water conservation, and regenerative impact on local ecosystems.

These four pillars guide both our energy and water innovation models.

Energy Innovation Model

Balancing generation, consumption, and storage to achieve affordable, comfortable, autonomous, and sustainable energy systems.

Integrated Energy Innovation Model diagram showing generation, management, storage, and envelope layers
01

Generation

Solar PV, wind, and other on-site energy generation systems sized for actual demand.

02

Management

Control systems that optimize energy flow between generation, storage, and consumption.

03

Storage

Battery and thermal storage systems that enable autonomy and grid independence.

04

Envelope

Building envelope efficiency that minimizes energy demand through passive design.

Water Innovation Model

Providing autonomous water supply by protecting natural aquifers — especially critical in arid and mountain regions.

Integrated Water Innovation Model diagram showing generation, consumption, and storage/treatment layers
01

Generation

Rainwater collection with smart catchment surfaces, water capture from air, mist, and fog, plus desalination where needed.

02

Consumption

Drinking, household, garden, and technical needs — applying water-saving approaches like waterless toilets and greywater recirculation (Hydraloop).

03

Storage & Treatment

Year-round storage in barrels, reservoirs, pools, and ponds. Treatment via UV, aeration, MBBR, filters — potentially combined with aquaponics.

Models in Practice

See how both innovation models are applied across our real projects.

UA Unity Hub

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First Autonomous House 001

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Ablution Block

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ShowerLoop at Burning Man

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Hlibivka Sustainable Complex

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Tepla Gora Transformations

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The Integrated Innovation Models are frameworks developed by 001. They are not patented or registered IP, but represent our approach to sustainable building design.