On August 18, two teams from Siemens – SNCnew Siemens’ First Native Digital Factory project team and Siemens SiGREEN China team – won the 2023 “High Energy Team Award”. Among them, SNCnew Siemens’ first native digital factory project team won the “High Energy Innovation Team Award”, and SiGREEN China team won the “High Energy Strategy Team Award”.
“High Energy Team Award”
The “High Energy Team Award” is jointly sponsored by Harvard Business Review Chinese and FESCO. The award breaks the traditional selection mode, innovatively selects the “team” as the unit, and invites organizational management experts and well-known enterprise human resource officers to form a “high-energy jury”, aiming to find and commend those high-energy teams that continue to evolve and surpass themselves in the organization, and explore new methods of future enterprise management, so that more excellent teams can be seen and valued. For enterprise organization and management to provide learning and reference experience, produce greater social value.
SNCnew Project team for Siemens’ first native digital factory
SNCnew Siemens’ first native digital factory project team is composed of technical experts from the German headquarters and more than 100 professionals from China Siemens Avendar Consulting, Siemens Numerical Control (Nanjing) Co., LTD., Siemens Intelligent Infrastructure Group, as well as local construction team.
In three years, the team overcame many difficulties to witness the landing of Siemens’ first native digital factory in the world. The landing of the factory interprets the great potential of Siemens’ digital enterprise solutions with digital twin technology as the core, supports the business development strategy of Siemens’ Motion Control Division in China, and also provides strong digital transformation beliefs and reference solutions to more than 300 external enterprises that have visited one after another. The precise mapping of virtual and real, the successful practice of lean digitalization, let the new factory release great potential. Compared with the old plant, the new plant has increased its average monthly output by 173%, reduced bad costs by 50%, and reduced project costs by 10%. In addition, in terms of energy conservation and carbon reduction, the new plant is expected to save about 5.06 million KWH of electricity, 6,286 cubic meters of water, and reduce carbon emissions by 3,325 tons per year.