Millipede Energy

Millipede Energy Zero Co2 electric generation from micro wind. air compressors delivering their energy in the form of Phase 1. Phase 3. Russ Pavlick
Founder

This group will begin a grass roots Parent with a Child DIY hobby driven movement to build test and evaluate experimental wind powered systems. (think of the Pine wood Derby's/ science fair)

Phase 2. This group also may also explore and propose the the premise that many micro-plastic propeller driven air compressors or lightweight air motors (See Picture for example) placed on or near structures

can provide large quantities of lower pressure compressed air. This low pressure air stored in large tanks will be released with a preset-set pressure relief valve into a pneumatic motor connected to a step up compressor. Thus The step up pressure compressed air will be stepped-up further using step up compressors driven by pneumatic motors to burst drive larger step-up compressors until the largest amount of compressed air is used spin a air turbine and drive an electric generator and provide power to the electric power grid. This electricity can be used locally to provide low voltage lighting such as LED lights or the system will be scaled up to be include a larger existing power grid providing a multy level points to drain pressure from the system or let it pass into the next step up cycle or to complete a continual loop of power service movement from the consumer to the power company then a back to the consumer. as always Your questions will help the discussion as to the feasibility of this Green energy capture system. expand on core concept/ A live array of wind propelled compressors that send compressed air as compressed energy into a infrastructure of pipes and series of step up compressors that will send usable pressures and volume to be stored in large underground vessels for use in electric production. most of the infrastructure to be constructed of reclaimed materials. I expect to enjoy the time we spend as a family with our kids building and testing wind power capture systems. I hope you have fun as well
Thank you for looking in.

09/09/2024

A fluidic amplifier, also known as a fluidic device or fluidic logic element, is a component that uses fluid dynamics to amplify a control signal without any moving parts. These devices operate using the principles of fluid flow, utilizing the properties of liquids or gases to perform various functions such as amplification, switching, and controlling fluid flow.

Here's how it typically works:
1. **Control Ports:** A small control flow is introduced that influences the behavior of the main fluid stream.
2. **Power Stream:** A larger power stream or supply flow interacts with the control flow.
3. **Interaction Region:** The control flow affects the main power stream by altering its path, pressure, or velocity. This interaction causes a significant change in the output flow, achieving amplification.

Key features of fluidic amplifiers include:
- **No Moving Parts:** This ensures high reliability and low maintenance.
- **Durability:** Suitable for harsh environments where electronic or mechanical systems might fail.
- **Applications:** Often used in industrial automation, control systems, and in environments where electrical devices could be hazardous.

They find applications in both analog and digital control systems, providing functions similar to electronic transistors and logic gates, but in fluidic circuits.

11/28/2023

💙💙

11/28/2023

In the past, our ancestors transported fire by various means depending on the time period and location. Here are a few methods that were commonly used:

1. Firebrands: One common method was to carry a burning stick or firebrand from one place to another. This allowed them to transport the fire while keeping it alive.
2. Fire Carriers: Some cultures used specially designed containers to carry fire. These containers were often made of clay or metal and had lids to prevent the fire from going out.
3. Animal Bladders: In certain cases, animal bladders were used to transport fire. The bladder would be filled with embers or hot coals, and the fire could be carried safely within it.
4. Fire Drills: Another method involved using a fire drill, which is a primitive tool that generates friction to create fire. By spinning a stick against a wooden base, the friction would create sparks that could be used to start a fire. The fire could then be transported by carrying the ignited tinder or embers.

It’s important to note that these methods were used in different parts of the world and at different points in history. Over time, humans developed more advanced techniques for transporting fire, such as using fire in lamps, torches, and eventually, portable fire-starting devices like matches and lighters.

Total eclipse next year around here. How to capture it?Four k? Eight k? or best low light dslr camera and prime lens?Go...
07/17/2023

Total eclipse next year around here. How to capture it?
Four k? Eight k? or best low light dslr camera and prime lens?
Going to be here sooner than you think

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