en

    14 Nov 2023

    Denis Tiaglin, inventor and author of the W.E.T.E.R and GOROD L.E.S projects, will broadcast live at the WETEX 2023 exhibition, at the Dubai World Trade Center

    The author of the projects will present to the participants a new project (the invention relates to the field of energy, in particular to hydropower plants), a report on the work done on the projects, the results achieved, and will also answer all questions asked.

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    W.E.T.E.R

    Wind Energy Technology Era Renewable

    A building capable of supplying itself with power from the wind

    Video presentation of the project

    11:18

    Explosion diagram of the building

    Top cross-sectional viewCross-section line

    Top cross-sectional view

    Air flow simulation

    Static axis

    Static axis

    placed between buildings

    Blade modules

    Blade modules

    receive wind energy and spin the generator

    External building

    Three-dimensional visualization

    Prototype using technology

    Aerodynamic shieldsAerodynamic shields

    Aerodynamic shields

    direct the wind flows tangentially to the circle

    Technology and innovation

    Aerodynamic shields save the returning blade from resistance

    Buildings concentrate the wind flow

    Independent modules are located on the static axis

    The wind is everywhere

    The placement of the object is possible anywhere in the world

    It is important to use wind energy

    cons
    bad

    Disadvantages

    • - Environmental pollution

    • - Depletion of natural resources

    • - Complexity of extraction, delivery, storage and use of fuel

    cons
    bad

    Advantages

    • - Ecological cleanliness

    • - Renewable source

    • - Global applicability

    But standard solutions are outdated

    Comparison with analogues of existing solutions

    manama

    3

    %

    self-sufficiency

    /static/manamaEfficiency-6fc6db820b01d9e4a696050e095c3f76.png

    Bahrain

    china

    10

    %

    self-sufficiency

    /static/chinaEfficiency-bfdb478194e4f92dbaf07b9cbc8d6f69.png

    China

    weterProject

    200

    %

    self-sufficiency

    /static/weterEfficiency-10899a9f7dbd77768bd1e1265ead8240.png

    W.E.T.E.R

    presentation thumbnail

    Watch the video presentation of the project

    Click here to watch

    Application possibilities

    title

    Residential premises

    title

    Administrative premises

    title

    Data centers

    title

    Hydroponic farms

    Visualization of the building on the ground

    Denis Tiaglin

    Project author

    Interview with the author

    40:10

    Denis Tiaglin

    Exclusive rights

    Patent rights are registering in many countries of the world

    Patents in the validation process

    UAE
    Albania
    Austria
    Australia
    Bosnia and Herzegovina
    Belgium
    Bulgaria
    Bahrain
    Brazil
    Canada
    Switzerland
    Chile
    China
    Cyprus
    Czechia
    Germany
    Denmark
    Algeria
    Estonia
    Egypt
    Spain
    Finland
    France
    United Kingdom
    Ghana
    Greece
    Croatia
    Hungary
    Indonesia
    Ireland
    Israel
    India
    Iran
    Iceland
    Italy
    Japan
    Cambodia
    South Korea
    Kuwait
    Liechtenstein
    Lithuania
    Luxembourg
    Latvia
    Libya
    Morocco
    Monaco
    Moldova
    Montenegro
    North Macedonia
    Malta
    Mexico
    Malaysia
    Nigeria
    Netherlands
    Norway
    New Zealand
    Oman
    Peru
    Philippines
    Poland
    Portugal
    Qatar
    Romania
    Serbia
    Saudi Arabia
    Sweden
    Singapore
    Slovenia
    Slovakia
    San Marino
    Senegal
    Thailand
    Tunisia
    Vietnam

    Granted patents

    Armenia
    Azerbaijan
    Belarus
    Kyrgyzstan
    Kazakhstan
    Russia
    Tajikistan
    Turkmenistan
    Turkey
    USA
    South Africa

    Project objective

    Convince the global development market of the need to build energy-generating buildings

    2021-2023

    Modeling

    2023-2024

    Optimal model documentation

    2024-2025

    Approval of the optimal model and documentation

    2026v

    Project documentation on the customer's assignment and the implementation of the object

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