Question 1

How does Jivo unify heating, cooling, hot water, and radiant flooring into a single platform?

Accepted Answer

Jivo uses an advanced thermodynamic recycle loop that dynamically transfers energy between cooling demands and heating cycles. Unlike separate boilers, chillers, and heat pumps that release waste heat into the environment, Jivo recycles internal energy. For example, during summer cooling, the heat extracted from living zones is redirected to heat domestic hot water or pools, yielding near-zero waste.

Question 2

What is the COP (Coefficient of Performance) of the Jivo system?

Accepted Answer

Jivo achieves a combined operational COP of up to 6.2 under nominal heating and cooling recycling phases. Even under extreme sub-zero external ambient temperatures (-25°C), the system maintains a high-efficiency heating COP above 2.8, outpacing conventional HVAC systems by 45%.

Question 3

Is Jivo compatible with existing BMS (Building Management Systems)?

Accepted Answer

Yes. Jivo features local Modbus/BACnet interfaces out of the box and provides an encrypted cloud API for modern smart home platforms (Crestron, Control4, Loxone). It supports automated demand-response signals from local electrical grid operators to optimize utility spending.

Question 4

What are the architectural requirements for installing Jivo?

Accepted Answer

Jivo replaces the typical messy layout of boilers, hot water cylinders, and outdoor split compressors. It consolidates all components into a single mechanical hub. The compact unit can be integrated neatly in basements, mechanical closets, or architectural utility cabinets.

Question 5

How does the AI Optimization Engine work?

Accepted Answer

The system uses Model Predictive Control (MPC) combined with historical building performance models. By monitoring ambient forecasting data, grid energy pricing structures, and residential habits, the platform shifts thermal reserves proactively, saving up to 35% in annual energy costs.