IS220PPROS1B Subsequently, based on the “zero carbon factory evaluation standards” to build Shandong Province’s first “zero carbon factory” – Lokmesen (Jinan) zero carbon smart factory announced the official launch. “Zero Carbon Factory Evaluation Standard” participating unit Siemens for the factory to provide a digital and low-carbon overall solution covering from consulting, analysis to planning, the use of Lokmesen’s own low-carbon energy and power equipment, according to the “zero carbon factory evaluation standard”, not only from the production source quantified energy consumption, carbon footprint and other data, so that plant management more intelligent, At the same time, it can also realize intelligent operation and management of the park. After the “zero carbon factory” is completed, it is expected to reduce carbon dioxide emissions by nearly 600 tons per year through new energy construction and digital scenarios.

IS220PPROS1B

Further reading:

IS220PPROS1B The construction of Lokmesen’s zero-carbon smart factory mainly includes: clean energy supply: for example, increasing renewable energy such as rooftop photovoltaic, carport photovoltaic and wind power, reducing energy consumption and carbon emissions. Energy efficiency improvement: For example, select electrical and lighting equipment with high energy efficiency ratio, establish energy management system, adopt advanced integrated energy control system and energy management monitoring system to achieve energy monitoring and optimization of the entire plant. Digital transformation: Using the Internet of Things, big data, artificial intelligence and other technologies, through the zero-carbon smart factory management platform and energy carbon management platform, plan the carbon emission path of the factory, and achieve data visualization, intelligent operation, and accurate management of the factory. Product life cycle management: In the product design stage, consider the resource-friendly design concept, in the production stage, optimize the production process and reduce the waste emissions in the production process. Resource recycling: Establish a resource recycling system to achieve resource recycling and waste recycling, improve resource utilization efficiency, reduce energy consumption and carbon emissions. Low-carbon transport: The use of low-carbon transport modes, such as electric vehicles, public transport, etc., to reduce carbon emissions during transport. At the same time, optimize logistics management and reduce transportation costs.