武漢四維水晶石動(dòng)畫(huà)科技有限公司 
我司自主研發(fā)的《水工數字孿生系統》獲得了我國版權局頒發(fā)的計算機軟件著(zhù)作權證書(shū)。
在水利工程建設階段，數字孿生系統可以實(shí)時(shí)收集各類(lèi)傳感器數據，如水位、流速、降雨量等，通過(guò)分析這些數據，及時(shí)發(fā)現異常情況，預防潛在風(fēng)險。同時(shí)，基于數字孿生模型，可以模擬不同工況下的水利工程運行情況，如水位調節、流量控制、防洪抗旱等，并通過(guò)對比分析不同方案的效果，制定出決策方案。此外，數字孿生系統還可以結合大數據和人工智能技術(shù)，對歷史數據進(jìn)行分析挖掘，預測未來(lái)水文氣象趨勢，為決策者提供科學(xué)依據。
水工數字孿生系統還能夠實(shí)現資源的優(yōu)化配置。在工程建設過(guò)程中，通過(guò)數字孿生模型，模擬施工進(jìn)度、材料需求等情況，合理安排人力、物力資源，降低成本。而在工程運行過(guò)程中，數字孿生模型可以根據實(shí)際需求進(jìn)行水資源調度，實(shí)現水資源的有效利用。
此外，數字孿生技術(shù)還可以結合物聯(lián)網(wǎng)技術(shù)，實(shí)現水利工程的遠程監控和自動(dòng)化控制，進(jìn)一步提高資源的利用效率。通過(guò)這種方式，水工數字孿生系統能夠大幅提高水利工程的智能化運行管理水平，實(shí)現與物理流域同步仿真運行、虛實(shí)交互、迭代優(yōu)化。
The "Hydraulic digital Twin System" independently developed by our company has obtained the computer software copyright certificate issued by the National Copyright Administration.
In the construction phase of water conservancy projects, the digital twin system can collect all kinds of sensor data in real time, such as water level, flow rate, rainfall, etc., by analyzing these data, anomalies can be found in time and potential risks can be prevented. At the same time, based on the digital twin model, the operation of water conservancy projects under different working conditions can be simulated, such as water level regulation, flow control, flood control and drought relief, etc., and by comparing and analyzing the effects of different schemes, decision-making schemes are formulated. In addition, the digital twin system can also combine big data and artificial intelligence technology to analyze and mine historical data, predict future hydrometeorological trends, and provide scientific basis for decision makers.
The hydraulic digital twin system can also realize the optimal allocation of resources. In the process of project construction, the digital twin model is used to simulate the construction progress and material demand, so as to rationally arrange human and material resources and reduce costs. In the process of engineering operation, the digital twin model can carry out water resource scheduling according to the actual demand, and realize the effective use of water resources.
In addition, the digital twin technology can also be combined with the Internet of Things technology to achieve remote monitoring and automatic control of water conservancy projects, further improving the efficiency of resource utilization. In this way, the hydraulic digital twin system can greatly improve the level of intelligent operation and management of water conservancy projects, and realize synchronous simulation operation, virtual-real interaction and iterative optimization with physical river basins.
