Скачать или смотреть Passive Climate Stabilization System – Heating & Cooling Without Machines

This video presents a symbolic representation of the Sí-Climate system concept.
The purpose of the video is to illustrate how thermal stability can already be created at the construction level, before any technical systems are added.
Core idea
The system is based on physical principles, not mechanical devices.
Temperature regulation is achieved through:

soil contact and ground temperature,
large thermal storage masses (water, soil, sand),
natural convection driven by density differences,
seasonal heat storage,
building geometry and material inertia.
No conventional heating, cooling or ventilation systems are used.
There are:
no compressors
no fans
no pumps for air movement
no chemical refrigerants

What is shown in the video

The video illustrates a modular frame system that is:
partially embedded in the ground to access stable earth temperatures (approx. 8–12 °C),
covered by photovoltaic panels,
combined with a water-filled cistern integrated into a masonry structure.

The cistern and surrounding soil act as long-term thermal buffers.
Electric energy from PV systems or solar thermal collectors is primarily converted into stored heat, not into continuous electrical operation.
Only the absolutely necessary electricity is used for operational processes.
Temperature regulation concept

In summer, excess heat is absorbed by thermal masses and transferred into the ground or water storage.
In winter, stored heat is slowly released back into the structure.
Air movement occurs naturally through temperature and density differences.
Regulation is passive, slow and self-stabilizing.
Water temperature and air temperature are passively regulated, not actively controlled.
Applications
The system concept is scalable and adaptable and can be applied to:

new buildings,
renovation projects,
agricultural facilities,
hydroponic production,
aquaculture systems.

It enables near-autonomous production environments, while simultaneously:
reducing energy demand to a minimum,
storing large volumes of rainwater,
mitigating flood risks during heavy rainfall events.
Important note
This video is not a construction manual.
It is a conceptual visualization intended to explain system logic, scale and integration.
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