Smart Water Conservancy utilizes advanced technologies like the Internet of Things (IoT), big data, cloud computing, and artificial intelligence (AI) to modernize water resource management.
The following is a case introduction related to smart water conservancy：
- Pearl River Water Resources Commission of the Ministry of Water Resources
4F PRWRC Hydrology Bureau Meeting Room: This room is equipped with Dongmic audio amplification systems, a MIDIS distributed switching system, and a central control system, enabling unified management and control of the entire meeting room.
16F PRWRC Meeting Room: This space utilizes Dongmic audio amplification systems, a traditional matrix switching system, and a central control system. Sound reinforcement is achieved through four array-type line array speakers and four ceiling speakers. The traditional matrix switches and transmits audio-video signals via HDMI-over-IP extenders; this includes the seamless switching and blending of content for the two projectors. Furthermore, a single central control host unit is used to manage all the room's electronic equipment.
- Hunan Hydrology Monitoring and Early Warning Center
The project construction will be guided by the goal of providing intelligent support for hydrological consultation and decision-making. It will be based on operational requirements including duty operations, routine video conferences, thematic training, specialized drills, incident reporting, analysis and consultation, incident response, and summary evaluation.
The development will focus on four core functional areas: the Hydrological Information and Forecast Center hall, the on-duty operation zone, consultation rooms, and analysis rooms, along with supporting facilities such as computer and equipment rooms. Key capabilities to be implemented include integrated audiovisual control and display, unified command and dispatch, as well as consultation and decision-making support.
- Yunnan Provincial Hydrological Information Center
Yunnan Provincial Hydrology and Water Resources Bureau is primarily responsible for planning and constructing the hydrological monitoring station network, conducting hydrological monitoring, forecasting rainfall and water conditions, monitoring soil moisture, investigating and assessing water resources, undertaking water resource demonstration for construction projects, and monitoring and evaluating the water environment. It provides specialized technical support for local water resource management, protection, development and utilization, water pollution prevention, soil and water conservation, and water disaster mitigation.
The project construction includes a Dongmic multimedia distributed interactive system, an audio reinforcement system, an LED large-screen display system, and a digital conferencing system.
- Bureau of Water Affairs of Guangzhou Municipality
Bureau of Water Affairs of Guangzhou Municipality is an administrative department under the Guangzhou Municipal Government responsible for water-related administrative affairs. It is primarily tasked with implementing policies, guidelines, and laws related to water administration, as well as researching and drafting relevant local regulations. The bureau organizes and manages the city's water resources, oversees the water supply industry, and administers drainage, sewage treatment, and other water-related operations.
The project employs Dongmic paperless conference systems (all-in-one LCD touch screens with integrated microphones), an electronic nameplate system, an audio reinforcement system, and other related equipment.
- Datengxia Key Water Control Project in Guangxi
The Datengxia Key Water Control Project in Guangxi, by establishing a modern reservoir operation and management matrix, delivers comprehensive benefits in flood control, water supply, navigation, power generation, and ecological protection. These include safeguarding water security in the Guangdong-Hong Kong-Macao Greater Bay Area and generating over 19 billion kWh of electricity.
The project incorporates Dongmic MIDIS multimedia distributed interactive systems, speech/conferencing systems, audio reinforcement systems, and related equipment.
