Recently, under the guidance of the Guangzhou Municipal Bureau of Science and Technology, the Panyu District Bureau of Science, Technology, Industry, Commerce and Information Technology, the Dawan District Science and Technology Innovation Service Center, and the Guangzhou Science and Technology Finance Comprehensive Service Center have hosted the event. The 8th China Innovation and Entrepreneurship Competition (Guangdong · Guangzhou Division) and the 4th Yangcheng "Science and Technology Innovation Cup" Innovation and Entrepreneurship Competition New Energy and Energy Conservation and Environmental Protection Industry Competition have successfully concluded at the Panyu Energy Conservation Science and Technology Park Science and Technology Exchange Center.

More than 200 people, including leaders of district units, financial institutions, science and technology industrial parks, associations, and participating enterprises, attended the competition. The competition adopted an "8+7" mode, with participating enterprises providing an 8-minute presentation PPT and a 7-minute on-site defense. The contestants are fully committed to showcasing their company's projects and team on the field. In the on-site defense session, there were both the insightful and innovative strategies of the judges and experts, as well as the brilliant ideas and entrepreneurial journey of entrepreneurs, presenting a brilliant and diverse scene. The competition adheres to the principles of "fairness, impartiality, and openness", and the final adopts a selection method of on-site defense and scoring on the spot, publicly and transparently selecting the winning enterprises.

A total of 53 new energy and energy-saving and environmental protection enterprises participated in the final, and were selected as the first prize, second prize, third prize, and winning prize.

Micro water stations use containers or mobile cabins as carriers to install all constituent units in standard station buildings, forming a standardized and integrated mode. Facilitate rapid production of the system, on-site installation and debugging, and facilitate lifting and relocation when needed. The system integration mainly consists of five major units: water extraction unit, pretreatment unit, analysis and monitoring unit, auxiliary unit, and control unit. At the same time, this product closely meets user needs, occupies a small area (customizable), has a short construction period, low investment, is convenient to relocate, is suitable for widespread deployment, and is suitable for water stations with simple monitoring parameters.