River water renewable energy station

The demonstration project of Jiangshuiyuan Renewable Energy Station in Hankou Binjiang International Business District is located under Block 13 (Central Park) of Hankou Binjiang International Business District. The energy station uses the Yangtze River water as the cooling and heating source, which ensures the stable and sustainable operation of the energy station, and does not take water for heat, realizing the real green and clean energy supply.

This project is in line with the economic and social development and people's livelihood needs, is a demonstration project of Wuhan City to practice the concept of "ecological priority, green development", comply with the policy orientation of "carbon peak, carbon neutrality", and implement the requirements of the Yangtze River protection, and is listed as "Hubei Province Building Energy Efficiency Demonstration Project", and is also a demonstration project of Wuhan City and Sinopec.

After the completion of the project, it will become a model of scientific utilization of Yangtze River water resources, provide a project sample for future promotion to other areas along the Yangtze River in Wuhan, and even have an important demonstration significance for the full use of surface water for energy supply in the hot summer and cold winter areas of the Yangtze River basin.

Application of technical model of fishweed balance

By precisely adjusting the species and quantity of organisms in the water body, the aquatic food web can be reconstructed with all elements, and the healthy water ecosystem can be reshaped to ensure the sustainable and healthy operation of the lake water ecology.

The technology has been successfully applied to the water renovation projects undertaken by the company, such as Wuhan Liberation Park, Daijia Lake, Ganlu Mountain Cultural and Creative City ecological landscape lake, and achieved good results, and the water quality and transparency of the project have been significantly improved.

The technology has the advantages of less investment, quick effect, simple maintenance and strong sustainability, and can provide reference samples for the future water ecological management of urban parks and public green Spaces.

Intelligent site drainage system

Function introduction

Intelligent site drainage system. Mainly used in dewatering Wells, monitoring Wells, basement water. Intelligent drainage system can remotely monitor the water level, through the Internet of things equipment to achieve automatic drainage of water, water level drops to a safe value automatically disconnect the pump, to achieve scientific intelligent drainage. Specific technical features are as follows:

1️⃣ unattended, all-weather measurement, higher data accuracy;

2️⃣ The probe of dynamic and static pore water pressure was independently developed to realize strain value transformer current signal, 4G wireless data transmission, real-time display of soil/well water pressure and soil liquefaction trend;

3️⃣ automatic alarm over limit, small program push early warning information;

4️⃣ Self-start 220V or 380V water pump, intelligent drainage;

5️⃣ mobile remote control view at any time.

Engineering application

In the project of No.7 Hospital, continuous monitoring of water level in basement and dewatering well has been realized all day long, real-time checking on wechat, automatic push of alarm information when the alarm value is exceeded, synchronous start of various types of pumps to start pumping precipitation, and the pump stops working after the water level returns to normal value, providing an effective and reliable method for dewatering and dewatering of No.7 Hospital, saving labor and hydropower resources. The interface can be quickly inserted and removed, and the handheld mode can be quickly docked with all kinds of three-level boxes on the site, which is convenient to use and simple to operate. This system can not only be applied in seven hospitals project, but also other projects will not be restricted by conditions.

东湖听涛景区智慧设施

听涛景区前身是武汉市民所熟知的东湖公园，总面积约64万平方米。景区内部景观综合提升工程以东湖绿心的生态保护与综合提升为主旨，将武汉地域文化与科技相融合。

项目以丰富游览感受为目的，采用多媒体互动光影秀，增强景区夜游趣味性；以强化智慧服务为目的，引入无人巡逻售卖车和智慧导览牌，提升游览的科技体验感；以弘扬传统文化为目的，设置沉浸式剧场，以寓言故事和屈原文化为载体，寓教于乐。

Automatic concrete compression testing system

The concrete test block sample tested by the concrete compression test is made of the concrete sampled at the construction site after curing and solidification, and the test block weighs several kilograms according to the strength and specifications. The traditional testing method is to manually transport the testing equipment to the testing equipment, manually open the testing equipment for compressive performance testing, after the testing is completed, the tested block is manually unloaded to the waste area, and manually clean the concrete residue on the testing equipment to start the testing work of the next piece of sample, which is very labor intensive and the testing environment is worrying.

After the automatic concrete compression detection system was put into operation, the traditional manual loading work was replaced by an automatic loading system. The loading system consisted of a 6-axis high-precision intelligent mechanical arm supporting a special mechanical gripper for concrete specimens. The intelligent mechanical gripper adopted a hidden design and integrated multiple ultra-thin photoelectric sensor to automatically identify the stacking position of specimens. The machine gripper successfully grabs the specimen and completes the loading. After the press completes the test, the specimen is taken out. At the same time, the test residue is automatically cleaned and the cycle is run.

Engineering machinery ergonomic analysis system

Construction cloud engineering machinery ergonomics analysis system by assembling iot intelligent monitoring system on the tower crane, construction elevator, truck crane, crawler crane and other mechanical equipment, real-time collection of the lifting weight, load, work cycle and other parameters of construction machinery, remote transmission to the construction cloud platform using 4G network, and combined with mechanical specifications and building information for data analysis. Real-time analysis of all kinds of machinery and equipment daily working hours, cycles, work efficiency, hot work areas and other information, so that project managers can control the work of all kinds of machinery and equipment in real time.