Sonoma State University · Senior Design Project · Spring 2026
Remote Energy Access and Control Hub
An external hardware module that enhances existing remote power systems — delivering power management, remote monitoring, and LTE connectivity for field devices in vineyards, ranches, and rural locations.
01 — Overview
R.E.A.C.H. (Remote Energy Access and Control Hub) is a hardware engineering capstone project developed as part of the Sonoma State University EE 493 Senior Design Program, in partnership with Husch Vineyards.
Designed to address the challenges faced by remote and rural locations — such as ranches, farms, and vineyards — R.E.A.C.H. is an external module that enhances existing remote solar power systems. It provides power management over connected low-power field devices, remote monitoring and control via LTE, outlet-level scheduling, and load prioritization. A Grafana-based cloud dashboard enables remote outlet control, scheduling, priority assignment, and telemetry data analysis. An E-Ink local display shows real-time outlet status and power metrics. The combination of features reduces device downtime, maintenance trips, and operational uncertainties.
02 — Documentation
03 — Resources
Access the full project report, source code, and presentation slides for R.E.A.C.H.
04 — The Team
We are a team of senior Electrical Engineering students at Sonoma State University, developing R.E.A.C.H. for our EE 493 capstone in partnership with Husch Vineyards. Our work spans hardware design, embedded systems, firmware development, and cloud-based dashboards — guided by our faculty and industry advisors.
Jair Pacheco is a graduating fourth year Electrical Engineering student from Sonoma State, known for his diligence and structure in managing the REACH team. His work in microcontrollers allowed the team to successfully implement communication between the project's database and processing units.
LinkedIn ↗Juan Jimenez is a graduating Electrical Engineering student at Sonoma State, responsible for the physical construction of the REACH device. Juan was responsible for the measurements and data acquisition of the device to deliver accurate readings to the project's database.
LinkedIn ↗Kamryn Shigemoto is a graduating Electrical Engineering senior from Sonoma State, originally from Mililani, Hawaii. Her primary role in REACH was developing the connection to the database and designing the user interface.
LinkedIn ↗