Eco-Friendly Outdoor LED System Design
Budget: $30 – $250 USD
I'm looking to have an electrical diagram of an outdoor lighting system created. This system should incorporate:
- LED lights (e.g., low-intensity for outdoor usage)
- A battery that should power these lights uninterruptedly (small in size: not a car battery)
- Both solar panels and a wind turbine to recharge the battery (both power sources would be a part of this system, and can automatically recharge the battery at any time based on whether solar or wind is available)
- A way to monitor the level of charge within the battery at any given time
Conditions for Charging:
The battery should get recharged when there is an availability of wind or solar power.
Skills and Experience Required:
- Extensive knowledge about renewable energy systems
- Experience in designing electrical diagrams
- Proficient in software for electrical design
- Exceptional understanding of LED lighting systems
- Knowledge on energy storage solutions
Please plan to provide me with a guide so I can understand how to interpret the electrical diagram once it's completed, and a list of components I would need to purchase to build a prototype of this system.
- LED lights (e.g., low-intensity for outdoor usage)
- A battery that should power these lights uninterruptedly (small in size: not a car battery)
- Both solar panels and a wind turbine to recharge the battery (both power sources would be a part of this system, and can automatically recharge the battery at any time based on whether solar or wind is available)
- A way to monitor the level of charge within the battery at any given time
Conditions for Charging:
The battery should get recharged when there is an availability of wind or solar power.
Skills and Experience Required:
- Extensive knowledge about renewable energy systems
- Experience in designing electrical diagrams
- Proficient in software for electrical design
- Exceptional understanding of LED lighting systems
- Knowledge on energy storage solutions
Please plan to provide me with a guide so I can understand how to interpret the electrical diagram once it's completed, and a list of components I would need to purchase to build a prototype of this system.