Building System – nearly Zero Energy Building (nZEB)

Building System – nearly Zero Energy Building (nZEB)

Building System

nearly Zero Energy Building (nZEB)

Self-Sufficient Building Systems

Residential/Commercial/Industrial

→ This project is the result of a collaboration with engineers, inventors/researchers with whom we redoubled the integration by taking the Envelope Building System (micropiles, walls and roofs) to be an Active Element in such Integration together with our Magnetic Hybrid Generator.

→ Opportunity and means to benefit from a significant reduction of energy costs and almost 100% of pollutants CO2 and Greenhouse Gases (GHG) emissions saving money and the environment at the same time. 

→ This project is the result of a collaboration with engineers, inventors/researchers with whom we redoubled the integration by taking the Envelope Building System (micropiles, walls and roofs) to be an Active Element in such Integration together with our Magnetic Hybrid Generator.

→ Opportunity and means to benefit from a significant reduction of energy costs and almost 100% of pollutants CO2 and Greenhouse Gases (GHG) emissions saving money and the environment at the same time. 

Roof with Triple Collecting System → PSTPV

Pluvial, Solar Thermal and PhotoVoltaic

The primary principles used in roof’s building , according to the diagnosis carried out during the preliminary design, are as follows:

PLUVIAL
  • It will be in charge of collecting rainwater.
  • It will store it in different cisterns:
    • Non-potable: For irrigation or toilet cisterns.
    • Potable: For consumption.
SOLAR THERMAL
  • It will collect thermal energy from the sun.
  • From 60% to 80% of the demand is thermal.
PHOTOVOLTAIC MAGNETIC HYBRID GENERATOR
  • It will collect/generate Electric and/or Solar Energy.
  • 20% to 40% of the demand is electrical.

PHOTOVOLTAIC MAGNETIC HYBRID GENERATOR
  • When required, the roof can be equipped with aerodynamic systems and designs that compensate for wind pressure, preventing it from tearing off the solar panels and the roof.

Subsoil with Geothermal Management → SITS

Selective Independent Thermal Storage

Once temperature is captured and/or heat has been transferred into cold by means of Solar Thermal Equipment, this thermal energy temperature has to be maintained the same as the Independent Accumulators. These are located in the subsoil that serves as the foundation with a design that optimizes the exchange of accumulated temperatures in different PCMs (Phase Change Materials) and each Accumulator will serve a specific demand. 

Integrated Energy Management

Advantages of the Self-Sustainable Buildings

nZEB (nearly Zero-Energy Building)

No fuel consumption therefore no residue left to be handled. 

Zero emissions allows you to benefit from tax exemptions and qualify for carbon credits.

No toxic emissions to the environment or noise pollution.

Adaptable to local climatic conditions and resistant to earthquakes & hurricanes Cat. 5. 

Low maintenance costs with competitive economic conditions.

Scheduled Turnkey Delivery [consult delivery times]

No fuel consumption therefore no residue left to be handled. 

No toxic emissions to the environment or noise pollution.

Low maintenance costs with competitive economic conditions.

Zero emissions allows you to benefit from tax exemptions and qualify for carbon credits.

Adaptable to local climatic conditions and resistant to earthquakes & hurricanes Cat. 5. 

Scheduled Turnkey Delivery [consult delivery times]

Global Irradiance Worldwide

In middle and low latitudes, between 2000 kWh/m2 and 2500 kWh/m2 are available annually.

The minimum demand necessary to cover the comfort needs of a house is 109 kWh/m2 per year.

Concepts

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