Mini Weather Station

Application

Combination of the IoT & agricultural technology

The minimized sensors of gas/powder pollution are placed on PCB to help monitor the air quality index to identify the source of the   Smart greenhouses maintain the best growing conditions for plants through accurate data collection and a greenhouse temperature control system combined with an IoT system that automatically controls light, temperature, watering and CO2 levels. In addition to providing gas and weather data for the green house IoT system , the DLW-1000 can be connected with PM-3133, a smart power meter that collects energy data, analyzes greenhouse energy consumption, and sends the data back to the control center via WISE-5231M-4GE, which realizes the combination between the IoT and agricultural technology.

Data Management Solution for Multiple Stations

In India, since many tributaries of the Indus River Basin are separated by mountains, combined with a large territory of the country and poor communication infrastructure in some areas, domestic and industrial water use directly rely on pumping stations. Taking pumping stations in the drainage basin as a basis, ICP DAS uses WISE-5231M-4GE, equipped with edge computing and remote maintenance functions, to collect information on water quality, flow r ate, water level, and valve monitoring status in the pumping stations. Data can be sent back to the control center in Mumbai through the 4G, and users can simultaneously and remotely monitor and maintain their equipment. Besides this, adding a DLW-1000 to pumping stations enables users to notice climate changes in advance; coupled with the real-time data, the controlling center can evacuate the village before a heavy rainfall.

Air quality and weather data collecting solution for marine affairs and ports

As marine transportation plays a critical role in international trade, marine affairs and ports have become indicators of productivity. For example, the Greenport Impact Assessment considers the air quality of a port in real-time. The monitored parameters are exhaust emissions from ships, machinery, and vehicles fueled by diesel or heavy fuel oil. The industrial DLW-1000 from ICP DAS can measure wind speed, wind direction, precipitation, illuminance, and collect data on H2S, NOX, and PM2.5. We can implement air pollution reduction policies in commercial ports to improve air quality by combining weather data and A IS in adjacent seas surrounding Taiwan.

Large scale farming

 The DLW-1000 can collect data on temperature, humidity, precipitation, illumination, gas, wind direction and speed. The collected data helps to analyze the problem of planting, seedling, irrigation, fertilization
of plants, protection from pests and diseases, and also helps to set up the traceability system to improve the quality of the crop. Meanwhile, the edge controller WISE-5231M-4GE, combined with the data acquisition monitoring module M-7000, can collect data from environmental sensors in remote areas where communication is poor. The combination of WISE-5231M-4GE and M-7000 integrates collection, transformation, and management of environmental data to demonstrate the convenience that smart farming brings.

 Industrial exhaust emissions monitoring.

As the global trend of ESG becomes more and more popular, t o find a balance between energy and environmental protection, ICP DAS suggests strict control of exhaust emissions, together with the measurement and assessment of air quality. The DLW-1000 can be easily installed and used anywhere, for example, in smoke stacks with a height of 50 or 100m, as well as in storage tanks for raw materials in the petrochemical industry. In addition to temperature, humidity, pressure, illuminance, precipitation, wind direction and speed, the DLW-1000 also measures PM1/2.5/10, CO, CO2 ,O2 , NH3 , H2S, TVOC, HCHO and more. Combining the DL W-1000 with the edge controller WISE-5231M-4GE, you can perform logic control, data collection and transmission, device management, and problem reporting wirelessly.