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Bee Hive Weighing System for Monitoring Honey Production

- Purpose: The main objective of this project is to develop a system that can effectively monitor the honey production in bee hives.
- Data Logging: The client requires data logging capabilities for the weighing system to accurately track and record the honey production data.
- Preferred Method of Data Transmission: The client prefers a wireless data transmission method for seamless and convenient monitoring.
- Ideal Skills and Experience:
- Experience in developing IoT devices and systems
- Proficiency in data logging and analysis
- Knowledge of wireless communication protocols
- Understanding of beekeeping and hive monitoring techniques
- Ability to design and implement reliable and accurate weighing systems for beehives.

I have a weighing system consisting of a platen placed on a cell. Below are the characteristics of the weighing cell/sensor or at: http://diniargeo.com/prd/scales/load-cells/off-center-en/spd-en.aspx
The system is used to weigh beehives. Maximum capacity 60kg.

Ideal for applications up to 100,000 divisions
Sensitivity: 2 ±0.2 mV/V
Zero balancing: ±0.1 mV/V

Maximum size of the weighing area: 350 x 350 mm
Thermal compensation: -10°C/+40°C
Working temperature range: -30°C/+70°C

Maximum tolerated power voltage: 15 Vdc
Input resistance: 406 ±15 Ohm
Output resistance: 350 ±3 Ohm

Insulation resistance: >2000 MOhm
Maximum static load: 150% F.S.
Breaking load: 300% F.S.

Four pole shielded cable, length 3 m, diameter 3.8 mm with black PVC sheath.

I need a data transmission system to an API address.
This data will be transmitted at a time interval preset by me.
The data transmitted are: "unique code/kg weight". It may or may not be the weight symbol.

Since these systems will be produced in series, I want the package to contain:

The component parts of the data sending system
Installed software. Instructions for use/installation
Address where the component parts can be purchased

The entire data sending system will be mounted in a case made by me.