Containerized Flywheel Power Station for Quiet Remote Energy Supply
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Solution Overview
Problem
Existing remote camp systems rely on noisy and fuel-dependent generators, requiring frequent refueling and lack comfort, set-up is not significant, and they do not provide great comfort, and they require consistent and often inefficient energy storage, and they do not provide a comfortable environment for personnel.
Innovation Solution
A container-based energy system integrating solar panels, wind turbines, a flywheel assembly for kinetic energy storage, and a backup generator, with magnetic couplings and cooling systems to minimize noise and fuel consumption, providing a portable and efficient power solution.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Power
If gas or diesel generators are used to provide power in remote camps, then electrical energy is supplied, but noise levels increase significantly
Solution Approach 1:
The patent replaces the traditional internal combustion engine (mechanical-thermal system) with an electric motor driven by renewable energy sources and battery storage. This substitution eliminates the noisy combustion process while maintaining electrical power output, directly resolving the contradiction between power supply and noise generation.
2Power
If small portable generators are used, then basic hotel loads are handled, but fuel consumption increases requiring consistent refueling
Solution Approach 1:
The system employs renewable energy sources (solar panels, wind turbines) that generate electricity autonomously without requiring external fuel supply. The battery storage system stores excess energy for later use, creating a self-sufficient power system that eliminates the need for consistent refueling while maintaining continuous electrical supply.
3Adaptability or versatility
If tent-based solutions are used, then shelter is provided, but comfort is reduced due to loss of air conditioning effects
Solution Approach 1:
The patent combines shelter structures with integrated power systems and climate control equipment into a unified modular unit. This merging allows the shelter to maintain air conditioning and other comfort systems continuously, as the integrated renewable energy and storage system ensures uninterrupted power supply, thereby maintaining comfort while providing portable shelter.
4Use of energy by moving object
If renewable energy sources are integrated with mechanical energy storage, then fuel dependency is reduced, but system complexity increases
Solution Approach 1:
The patent employs a hybrid energy system where renewable energy sources (solar, wind), battery storage, and conventional generators work together as a unified multi-functional platform. This universal system can operate in multiple modes (renewable-only, hybrid, backup generator) depending on conditions, reducing fuel dependency while managing complexity through integrated control and flexible operation.
Applied Scientific Principles
This section explains which scientific principles are used to turn an abstract innovation direction into a practical engineering solution.
Function Achieved in This Case
The system offers quiet operation, reduced fuel dependency, increased energy efficiency, and enhanced comfort by integrating renewable energy sources with mechanical energy storage, allowing for continuous power supply and comfortable living conditions in remote or emergency settings.
Implementation Method 1
a flywheel assembly magnetically coupled to the motor, the flywheel assembly configured to store kinetic energy
Implementation Method 2
a motor secured in the energy storage side of the container, the motor configured to receive energy from one or more renewable energy sources
Implementation Method 3
an electrical generator magnetically coupled to the motor or the flywheel and configured to supply electrical energy to a load
Implementation Method 4
The remote energy system further including a plurality of solar panels electrically connected to the motor
Implementation Method 5
The remote energy system further including a water storage tank and heat exchanger operably connected to the generator to cool the generator
Data Source
AI summary
A remote energy system including a container, the container including a partition separating the container into a generator side and an energy storage side, a motor secured in the energy storage side of the container, the motor configured to receive energy from one or more renewable energy sources, a flywheel assembly magnetically coupled to the motor, the flywheel assembly configured to store kinetic energy, an electrical generator magnetically coupled to the motor or the flywheel and configured to supply electrical energy to a load, and a fuel powered generator secured in the generator side of the container and configured to provide electrical energy to the motor.