With the continuous intensification of global climate change and energy crisis, energy conservation and emission reduction have become a common focus of the international community. The Chinese government has also actively introduced a series of energy-saving and emission reduction policies, such as the Action Plan for Improving Industrial Energy Efficiency and the Advanced Level, Energy Conservation Level, and Access Level of Key Energy Products and Equipment (2024 Edition), proposing to promote the high-end, intelligent, and green development of the manufacturing industry through green manufacturing and new productivity policies, promote enterprises to improve energy utilization efficiency, reduce industrial emissions, and achieve sustainable development.

Therefore, in the context of the booming development of new productive forces and the increasingly urgent task of energy conservation and emission reduction, factories are discussing and implementing energy-saving and emission reduction plans from various aspects such as energy use, production processes, and environmental emissions. To solve this problem and help enterprises take the first step towards energy conservation and efficiency improvement, Yinmengda has specially launched a new online energy-saving calculation tool - SINASAVE, aiming to provide effective energy-saving and efficiency route planning support for enterprises, so that they can better adapt to the trend of the times and take effective actions.

Yinmengda SINASAVE is open to all users for free and can perform online calculations without registration. Registered users can also unlock many hidden functions, such as creating projects, downloading and sharing calculation data results and graphs. Users can define product parameters, set operating conditions, and application scenarios based on the actual situation of the enterprise, in order to estimate the energy-saving potential and investment return of low-voltage motors. This is also applicable for energy-saving evaluation of application drive systems with pumps or fans.

By using this calculator, enterprises can not only quickly calculate product parameters from a technical perspective, analyze the energy-saving potential and CO2 emission potential of the system, but also consider product costs and electricity consumption from a commercial perspective, and analyze the return on investment of the system. Through advanced computing capabilities, we provide comprehensive assistance to enterprises in tailoring the most suitable energy-saving solutions.

Meanwhile, for the convenience of users to conduct comparative analysis, SINASAVE supports parallel computing for different application scenarios. You can compare up to four motors with different energy efficiency by adding "Comparison Motors", and the energy efficiency values can be directly checked or customized. The calculation results will be presented in two forms, data and graphics, to assist enterprises in better understanding their energy-saving situation and continuously optimizing energy-saving plans.

Yinmengda SINASAVE provides innovative and practical computing tools for enterprises, enabling them to effectively estimate energy-saving potential and investment returns, and promote green transformation of enterprises. Under the promotion of SINASAVE, enterprises will steadily move forward on the path of energy conservation and emission reduction, jointly entering the direction of green and sustainable development, contributing to the construction of a resource-saving and environmentally friendly society, and opening up broader space for the further expansion of new productive forces.

In the future, Yinmengda will actively respond to national policies and promote the green transformation of the motor industry with stronger momentum, providing energy-saving, efficiency enhancing, decarbonization, and circular economy solutions for customers, industries, and society. Through digitization and low-carbon dual engines, we help customers and partners achieve better product performance, opening a new chapter together.