As the development of sensors, data collection and wireless technology develops, more and more industrial IoT activities are coming online. In the near future, there will be billions of connected devices performing a variety of functions: collecting data, monitoring facilities and performing remote control.
We strive to provide leading computing, communication and sensing capabilities for the energy and environmental monitoring market as well as equipment operation and maintenance, all of which can be called “Energy & Environment” applications.
Our solutions
Wind turbine monitoring solution enhances remote management for offshore wind farms
While offshore wind farms rely on remote monitoring systems to manage Operations & Maintenance (O&M), many systems can only monitor the status of wind turbines and transmit alerts when an abnormal output occurs. Without a predictive health management (PHM) system, operators must dispatch personnel to repair after receiving an alert.
We have developed a ready-to-use solution package for integrated software and hardware solutions (SRP) dedicated to wind turbine O&M management, providing comprehensive wind turbine monitoring and PHM solutions.
The wind turbine monitoring and PHM solution saves costs and provides a seamless connection between the device layer and the application layer, allowing system analysts to focus on developing AI algorithms and smart applications to complete projects in a shorter time with less effort.
Smart power distribution cabinet solution optimizes transportation and remote equipment maintenance
Low-voltage distribution cabinets are basic equipment in power transmission and distribution projects. Abnormal shutdown or shutdown can lead to huge economic losses. Many power distribution equipment are located in remote areas, so maintenance and full use cannot be effectively guaranteed.
In the face of such problems, intelligent control is the only way to improve the safety of important operational transport equipment, allowing users to quickly understand the equipment usage status and effectively manage the equipment life cycle.
The intelligent distribution cabinet solution reduces manual detection errors, allows users to understand and keep track of the equipment status during use, quickly detect faults and receive early warnings, and manage the entire life cycle of the equipment through the Internet and cloud platform technology.
Management computer connects energy management systems at international airports
The amount of energy consumed in an airport is staggering. However, a significant proportion of energy is wasted due to inadequate control and management. This has prompted many airports around the world to adopt smart operations and maintenance (O&M) platforms and use automated controls to prevent unnecessary waste, improve efficiency and reduce overall energy consumption.
CEMS solutions for exhaust emissions that meet national environmental requirements
Industrial development has brought significant economic prosperity but also given rise to serious pollution problems worldwide. The Environmental Protection Agency has implemented new environmental protection standards and regulations and requires companies to upload their environmental data to the EPA database.
In response to the new standards, manufacturing companies monitor the Pollutant Emission Rate using Continuous Emission Monitoring Systems (CEMS) that can collect emission data for processing and environmental optimization.
The automatic gas emission monitoring system is designed to target gaseous pollutants and particulate matter in the exhaust gas by continuously monitoring their humidity and total emissions. The data is then transmitted to the relevant agency. This monitoring system includes subsystems for monitoring gaseous pollutants, particulate matter and emission parameters, as well as subsystems for data processing and handling.
Wastewater Monitoring System
Connecting discharge data to multiple cloud platforms
To prevent environmental pollution from industrial wastewater and domestic wastewater, the government requires factories and industrial parks to install automatic wastewater monitoring systems.
Our solution provides data collection, pre-processing and forwarding capabilities, allowing system integrators to effectively develop automatic wastewater monitoring systems that comply with both factory and government system requirements.
Device-to-cloud solution, establishing a data transmission system in MQTT format from nearly 20 types of water quality sensors at different testing stations to the Microsoft Azure cloud platform for unified management. Data filtering and multi-point transmission are deployed on the cloud platform to meet the information disclosure requirements of regulatory agencies.
LoRa Wireless Sensor Node
Ensure efficient monitoring of wastewater discharge
Most factories typically undergo periodic inspections to record or verify data from their discharges. For large companies operating multiple factories, this approach requires both a significant commitment of time and human resources.
To overcome the limitations of traditional methods, we help manufacturers record and manage their wastewater discharge monitoring more efficiently with LoRa wireless sensor nodes.
Advantech’s LoRa wireless wide area private network solution requires only two WISE products to integrate directly with SCADA software or a private cloud. No on-site computer or router installation is required. Additional features – including easy placement, easy installation, low power consumption, and solar power supply – make the system structure concise and practical, with low installation and maintenance costs. Time-saving method helps companies fulfill their environmental protection commitments by ensuring maximum performance of pollution prevention systems.
City Flood Control System
The city’s flood control system exists primarily to address the problems of heavy rain. Pumping station functions need to be combined with a water forecasting system to schedule key tasks to improve the operation of the stormwater network and pumping stations.
With significantly lower operating and maintenance costs, this allows engineers to access all of the system’s pumps from any location. Not only is the hardware easy to install and maintain, but with Advantech’s WebAccess SCADA solution, it can be fully managed from any location. With hundreds of pre-installed drivers available for third-party devices, WebAccess’s ability to manage legacy systems is unparalleled and makes future expansion significantly less costly.
Using NB-IoT Wireless Sensor Nodes to Improve Water Pumps
Pumps that operate for long periods of time can suffer structural damage as well as wear and tear on their components. These issues can lead to urban flooding after heavy rains, water shortages in industrial areas, and other major incidents.
To identify problems and make repairs as quickly as possible, IoT technologies can be implemented to introduce remote monitoring and operations and management (O&M) systems to provide complete control over the operating status of distribution pumps.
