Solar Controller (HUINE) Mount for Low-Cost IoT Water Sampler
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This mount is designed to securely hold the HUINE 10A Solar Charge Controller for the AWQP Low-Cost Sampler
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Solar Controller Mount for Low-Cost IoT Water Sampler
This 3D-printable mount is designed to securely hold the 10A Solar Charge Controller (linked below) for the Low-Cost IoT Water Sampler (LCS), developed by the Colorado State University Agricultural Water Quality Program (AWQP). Agriculture is a significant source of nutrient pollution in State and Federal waters, with nutrients like nitrogen and phosphorus running off farmlands and accumulating in surface waterways, leading to water quality issues.
It is encouraged to adopt Best Management Practices (BMPs) to protect surface water quality. Quantifying the impact of BMPs requires robust, edge-of-field (EoF) monitoring systems that can accurately measure flow and collect water for nutrient and sediment analysis. However, the sampling equipment is often too costly for scalable research.
To address this need, the CSU AWQP has developed a low-cost, automated water sampler with IoT technology for scalable, near-real-time water quality research. This project is part of deliverables from an awarded NRCS Conservation Innovation Grant titled, “Next Generation Technology for Monitoring Edge-of-Field Water Quality in Organic Agriculture”. The CSU AWQP aims to create additional research and regulation opportunities for Colorado and beyond using this innovative technology.
Features of the Solar Controller Mount:
- Designed specifically for the HUINE 10A Solar Charge Controller.
- Secure and stable design to mount onto the LCS battery mount
- Easy to install and remove for maintenance or adjustments.
- Optimized for minimal support (tree support recommend) material required.
Print Settings:
- Material: PETG, ASA, or ABS (recommended for durability).
- Infill: 100% for a balance of strength and weight.
- Layer Height: 0.2mm for a smooth finish.
GitHub Project Link: Low-Cost IoT Water Sampler
Visit Our Website: For more information about our program and research, visit waterquality.colostate.edu.
Download the STL file and contribute to the project today! This open-source solution is perfect for researchers, farmers, and anyone interested in affordable, scalable water quality monitoring to protect our waterways.