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Optimized for renewable energy

Zeroth enables the dynamic decoupling between sourcing and distributing thermal energy. This flexibility greatly improves performance, especially when temperatures and grid prices fluctuate.
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COLLECT
Heat exchangers Photovoltaic panels (optional) Solar thermal (optional)
AMPLIFY
Heat Pump Natural refrigerant Heat exchangers Supercapacitor Fans, Pumps, Valves IoT & Sensors
STORE
Water Stainless steel Expanded cork Natural antifreeze
DISTRIBUTE
Hot/cold water or air Fresh air (optional)
Soon available: Integrated Air handling, Virtual Power Plant, Color options, Facade-integration.

Renewable energy is abundant if it is collected at the right time

Zeroth’s signature thermal process blends bioclimatic design principles with advanced heat pump technologies to maximize passive energy gains through dynamic load-shifting, while minimizing material usage and non-local energy imports.
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ZEROTH COP 3.5–15
HEAT PUMP COP 2.5–6

Our dynamic amplification process is driven by daily energy fluctuations

Renewable energy is intermittent. Zeroth sources thermal and electrical energy when it is most available in order to deliver thermal energy on-demand to the building, at its cheapest and cleanest.
GRID USEGRID USE

30–80% reduction

COP (no solar)COP (no solar)

5.2

PEAK POWERPEAK POWER

50% reduction

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Typical Week (2023)
Hourly electric energy consumption for a typical week in 2023
Extreme Week (2050)
Hourly electric energy consumption for an extreme week in 2050
Simulation data for an average 250 m² (2500 sq ft) House in New York City with a South-facing Zeroth Medium cladded with solar panels.

Our design maximises financial and environmental savings

The integration of components into a single prefabricated system enable multiple optimisations pathways through more flexible controls. Then, using locally-sourced water as energy storage positively impacts reliability, costs and carbon footprint throughout the building lifecycle.
COMFORTCOMFORT

100%

$ SAVINGS$ SAVINGS

40–70%

CO₂ SAVINGSCO₂ SAVINGS

2–8 tons/yr

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$$$ Savings
Monthly operational cost comparison between different systems in 2020 and 2050
CO₂ Savings
Cumulative cost evolution for each system in CO₂ (CAGR -1% – Renewable energy mix)
Simulation data for an average 250 m² (2500 sq ft) House in New York City with a South-facing Zeroth Medium cladded with solar panels.

Performance projections across climate zones and building types

COMING SOON

Towards Perpetual Climate Architecture

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