Caso de estudo do projeto de uma estação meteorológica compacta na Universidade de Engenharia de Hebei
Antecedentes do projeto
Hebei University of Engineering planned to deploy mini weather monitoring stations on campus for microclimate observation and environmental teaching practice. The university required lightweight, wiring-free equipment capable of stable long-term outdoor operation to collect multi-dimensional basic meteorological data. After comprehensive comparisons of equipment performance and maintenance costs, the university selected the Yantai Sensor HCD6816Z integrated compact weather station as its core monitoring device.
- Equipamento: HCD6816Z integrated compact weather station
- Localização: China
- Data: 2020

Customized Full-Solution Provided by Yantai Sensor
- Core Monitoring Unit: HCD6816Z Compact Weather Station Equipped with an all-in-one integrated sensor probe, the unit automatically and accurately measures six meteorological parameters: wind speed, wind direction, air temperature, air relative humidity, atmospheric pressure, and tipping bucket rainfall. It eliminates the need for scattered separate sensors and enables simultaneous data acquisition with simplified installation.
- Self-Sustained Power Supply System A solar photovoltaic panel and built-in energy storage cabinet are supplied as standard accessories. The system operates fully independent of municipal power cables, allowing direct deployment on lawns, green belts and other off-grid outdoor areas for long-term campus operation.
- Flexible Installation Structure A movable white tripod stand is included. No concrete ground anchoring construction is required, and monitoring points can be relocated freely to support rotational observation and mobile teaching practice across different campus zones.
- One-Stop Supporting Services Yantai Sensor delivers full lifecycle technical support including factory pre-calibration for complete units, on-site installation guidance, basic data commissioning, and remote after-sales technical consultation. The university avoids the hassle of coordinating multiple separate suppliers.
Project Implementation & Application Outcomes
The complete monitoring system was installed on the campus green lawn within a single day, with no civil engineering work or cable renovation required.
- Data Utilization: Real-time continuous micro-meteorological data is generated to support practical training for environmental majors and provide meteorological references for campus vegetation maintenance.
- Low Operation & Maintenance Cost: The solar self-power design greatly cuts electricity and routine maintenance expenses, while the integrated sensor structure reduces potential outdoor failure points.
- Customer Feedback: The HCD6816Z compact weather station features a small footprint and stable data output. The movable tripod enables flexible multi-scenario campus observation. The complete turnkey solution from Yantai Sensor is reliable and efficient, satisfying both academic teaching and campus environmental monitoring demands.
Project Site:
Resumo do projeto
For lightweight meteorological monitoring scenarios in university campuses, Yantai Sensor delivers a cost-effective, easy-to-deploy, wiring-free full solution centered on the HCD6816Z multi-parameter integrated weather station. Matched with solar self-power hardware and movable support brackets, plus end-to-end technical implementation services, the solution perfectly meets dual requirements of university academic training and campus environmental observation.
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