Research team

Kinetic generatorenergy

We are a team of passionate engineers and researchers united in a cooperative artel. We study, design and build KGE installations - kinetic energy generators that use the Archimedes force to generate electricity.

Operating principle: compressed air creates an Archimedes lifting force in the floats, which rise along a chain circuit, rotating the sprockets and multiplier. On the descending branch, the air is released. The cycle is closed and continuous.

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About the project

Cooperative Model of Research and Engineering

A research team of engineers, physicists and programmers united by a common goal - the creation of a kinetic energy generator. Horizontal coordination, joint decision-making, collective ownership of results.

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Unique project team

Engineers, physicists and programmers from different cities, united by a common goal. Coordination via Telegram and weekly online meetings.

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Equal votes

All important decisions are made by joint voting. Each participant has an equal vote. The coordinator is the first among equals.

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Accounting for everyone's contribution

A transparent system records the labor contribution of each participant. Drawings, documentation and developments are the collective property of the artel.

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Fair workspace

Horizontal structure without a rigid hierarchy. Each participant retains freedom of action and contributes according to their specialization.

Technology

How does a kinetic generator work?

This technology uses Archimedes' principle to create continuous rotational motion and generate electricity.

Archimedes' force

Float containers are suspended on a chain into the tank. Air is supplied from below - containers filled with air float with a force Fa = ρ g V.

Chain transmission

Through the chain, the floats set the rotation of the sprocket on the shaft. Next, the torque is transmitted to the multiplier, which increases the speed to the nominal speed for the generator.

Energy production

We use a low-speed generator with neodymium magnets (efficiency up to 96%). A minimum of energy is returned to the compressor, the rest is excess power.

Power amplifiers

Jet thrust, pulsed blowing, air expansion as you ascend, mechanical resonance - in total they give 100% or more, depending on the efficiency of the setting.

Scalability

From experimental (~200 W) to industrial (100 kW). Modular architecture. Repeatable result.

Environmental friendliness

Zero emissions. Clean renewable energy based on the principles of resonance, phase transition, gravity and buoyancy.

Tools

Software package

ROSH Monitor is specialized software for controlling a kinetic generator. Three operating modes: simulation, synchronization with the controller via WebSocket, playback of recordings. The built-in calculator calculates the drive, selects bearings in accordance with GOST, and generates an estimate with export to Excel.

ROSH Monitor

Simulation mode

Visual simulation of the installation in real time: movement of floats, water level, chain speed. Control of drive speed and float filling.

🔩 Automatic selection of components

ISO chains, bearings and sprockets according to GOST, shaft materials with strength calculations

📐 Engineering calculator

5 load calculation tabs: Stairs, Multiplier, Column, Components, Estimate

💰 Estimate with export

Multi-currency calculation (5 currencies), automatic updating of Central Bank rates, export to Excel

Sync Mode

Connecting to the installation controller via WebSocket by IP address. Receiving data from sensors in real time. Visualization of parameters on graphs and scales.

⚙ Configurations

Multiple installation configurations, export/import to JSON

📈 Graphs and sensors

Multi-channel graphs with custom variables and period

Statistics mode

Playback recorded synchronization sessions with the ability to quickly review and analyze data.

📉 Trend analysis

Visualization of changes in parameters for a selected period, identifying anomalies

📁 Session archive

Sorting records by date and duration, filtering by parameters

Calculation of gearbox loads

Full engineering calculation: input data, loads on shafts, sprockets, bearings, cascade efficiency.

🔄 Cascade recalculation

Changing one parameter automatically updates all dependent ones

📝 Calculation protocol

Generating an engineering report with formulas and intermediate values

Selection of components

Automatic selection of chains, sprockets, bearings and shafts from built-in databases.

✅ Compatibility check

Automatic control of chain, sprocket and shaft sizes

🛡 Safety factor

Calculation of safety factors for each element with color indication

Statement and estimate

List of components with characteristics, quantity and cost. Multicurrency payment.

💱 Central Bank rates online

Automatic update of exchange rates via the Central Bank API with the possibility of manual correction

📊 Export to Excel

Ready statement with formatting, formulas and totals - downloaded in .xlsx

Help databases

Built-in component databases: bearings, channels, chains, sprockets, materials. Handbook according to GOST.

✏️ Record editor

Adding, changing and deleting positions in any database

📚 6 reference books

Bearings, channels, chains, stars, shaft materials, currencies

Services

Our offer

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Consultation

Assessing feasibility and answering questions.

Technology Overview

Scale Assessment

Recommendations

Documentation Access

For free

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Engineering calculation

Full package of calculations with components.

Subscription to Artel for six months

Ability to monitor the results of experiments

Full access to the functionality of the calculator

Features of setting up the controller and software

Help and advice from specialists

from 380 USDT

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Full management

Turnkey: design, launch.

Subscription to Artel for a year

Ability to monitor the results of experiments

Design documentation

Designer's supervision of Artel engineers

Commissioning

Warranty

Negotiable / request

Chronology

Project Timeline

Milestone

Discovery

Measurements

Team

01 Sep - 31 Nov 2021

Project launch

Drawings available. Purchase of components

Team

01 Sep - 31 Dec 2022

Replenishment of the team

A new round of development

Team

01 Mar - 30 Aug 2023

Purchase and installation of equipment

Work - Home - Work

Монтаж

01 Jun - 31 Nov 2024

Lift for installation

Design and Installation

Монтаж

01 Jul - 01 Aug 2025

New development milestone

Formation of the future structure of Artel

Team

01 - 15 Sep 2025

Braking device

Implementation in hardware after 2 iterations

Engineering

06 - 10 Oct 2025

First test and 150% efficiency!

The first inconsistencies with the classics

Discovery

25 Oct 2025

ROSCH docking has been solved

There is no limit to perfection!

Discovery

29 Dec 2025

Blogger Confession

Our result was noticed from outside

Team

6 Jan 2026

The reason for the increase has been discovered!

Accidents are not accidental

Discovery

26 Jan 2026

Installation 8 meters. Project documentation

Our first personal documentation

Team

01 Apr - 30 Apr 2026

Software package

Second iteration of software development

Software

01 Jan - 28 Feb 2022

Assembling the frame with attachments

Installation of units. Turning works

Монтаж

01 Feb - 28 Feb 2023

First disappointments

The blowing unit doesn't work at all

Engineering

01 Mar - 31 May 2024

The blowing unit is ready!

First successful blow-dock tests

Engineering

01 Feb - 31 May 2025

Layout of the internal floats

Air ducts. knees, fastenings

Монтаж

01 - 31 Aug 2025

Software monitoring

Software development for future tests

Software

15 - 30 Sep 2025

Air line upgrade

Performance deficiency detected

Measurements

10 Oct 2025

Death of the bottom shaft

Black metal doesn't hold

Монтаж

4 Dec 2025

Lathe and Underwater Cameras

We are expanding our laboratory

Engineering

3 Jan 2026

Reorganization of the structure

New Rules. New Horizons

Team

15 Jan - 15 Feb 2026

Check valves have a long life

And again an unpleasant surprise

Engineering

28 Feb 2026

Repeated measurement stage

Reliability is everything

Measurements

Portfolio

Current results

From software to real experiments.

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ROSH Monitor

Monitoring, simulation, load calculation, graphics.

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Experiment

Prototype

7 floats, 2400 mm. Up to 55W at 95%.

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Calculations

Load calculation

Chain, sprockets, shafts, bearings, efficiency.

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Documentation

Design base

Patent, formulas, 5 conclusions, GOST standards.

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3D model

Visualization of CGE

Interactive 3D assembly with animation of work.

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Tests

Expertise

5 independent opinions, TÜV, Dekra, RAM.

Kinetic generatorenergy

Cooperative Model of Research and Engineering

Unique project team

Equal votes

Accounting for everyone's contribution

Fair workspace

How does a kinetic generator work?

Archimedes' force

Chain transmission

Energy production

Power amplifiers

Scalability

Environmental friendliness

Software package

Simulation mode

Sync Mode

Statistics mode

Calculation of gearbox loads

Selection of components

Statement and estimate

Help databases

Our offer

Consultation

Engineering calculation

Full management

Project Timeline

Current results

ROSH Monitor

Prototype

Load calculation

Design base

Visualization of CGE

Expertise

Ready to start your project