A New Starting Point for Energy Conservation, a Low-Carbon Future | 2026 Energy Conservation Public Awareness Week: Kongfu Technology Empowers Energy Savings and Carbon Reduction, Supporting the Realization of China’s Dual Carbon Goals.

Energy conservation and consumption reduction require not only nationwide participation but also the empowerment of industrial technology. 2026 National Energy Conservation Public Awareness Week As scheduled, the duration of this promotional week is June 15–June 21 , the theme of the event is A New Starting Point for Energy Conservation, A Low-Carbon Future ; The concurrently held National Low-Carbon Day is scheduled for June 17th , with the theme of Green Transition: A Journey for All 。

Grounded in the “dual carbon” strategy and advancing into a new phase, this event focuses on four core pillars: promoting green lifestyles for all, upgrading energy efficiency across industries, enhancing electricity savings and productivity in the industrial sector, and accelerating the transition to clean energy. It calls on society at large to cultivate awareness of energy and electricity conservation, driving a comprehensive green transformation of both production and consumption patterns. As industrial electricity use constitutes a central component of national energy consumption, energy‑efficient upgrades to industrial equipment represent a critical lever for reducing carbon emissions and saving power. Meanwhile, air‑suspension technology—often referred to as “air‑float equipment”—has emerged as a robust technological force, supporting the green transformation of industry, helping enterprises cut costs and reduce carbon footprints, and contributing to the nation’s dual carbon goals.

I. Understanding the Big Picture of Energy Consumption: Saving Electricity and Reducing Energy Use Is a Mandatory Lesson for All Citizens and Industries

Data show that more than 60% of China’s carbon emissions originate in the industrial sector. Among these, electricity consumption by industrial rotating equipment accounts for 68% of total industrial power use. Traditional equipment such as fans, compressors, aerators, and HVAC units have long suffered from significant friction losses, high transmission energy consumption, substantial operational‑maintenance energy use, and low energy efficiency.

Traditional mechanical equipment relies on lubricated bearings and gearboxes for operation, with continuous physical friction between rotors and bearings. This not only results in substantial energy losses but also necessitates regular oil changes and component maintenance. Coupled with the equipment’s inefficient performance, these factors lead to massive wasted electricity consumption and indirect carbon emissions. From small-scale applications such as plant‑area ventilation and wastewater treatment to large‑scale systems like factory HVAC, aquaculture, municipal gas supply, and chemical production, high‑energy‑consumption, aging equipment remains a key driver of persistently high electricity costs and elevated carbon footprints for enterprises.

By leveraging technological innovation to replace high‑energy‑consumption equipment, implementing precise energy‑saving measures at the industrial level, and encouraging low‑carbon practices in everyday life, we can achieve a dual‑pronged approach that truly paves the way for a green transition—aligning with the core theme of this year’s National Low‑Carbon Day: “Green Transition, Everyone on the Journey.”

II. Technological Breakthrough: A Comprehensive Guide to the Core Principles of Energy and Power Savings in Air‑Floating Equipment

As a next-generation energy‑efficient industrial device, air‑suspension equipment leverages proprietary air‑bearing technology to revolutionize conventional mechanical operation, delivering a new paradigm of zero friction, high efficiency, and low energy consumption. It is the preferred solution for energy‑saving upgrades across the industrial sector, seamlessly compatible with a full range of power‑driven machinery, including fans, compressors, oxygenators, and refrigeration units.

✅ Core energy-saving principle: micron-scale air film, enabling frictionless operation.

The air‑floating device requires no lubricant and eliminates the conventional gear‑driven transmission. During high‑speed operation, it autonomously generates a micron‑scale air film that fully levitates the rotor, ensuring zero physical contact between the stator and rotor and completely eliminating mechanical friction losses. Compared with traditional equipment, which suffers 5%–15% energy loss due to gear transmission and constant bearing friction, this design cuts unnecessary energy consumption at the source.

✅ Hardcore energy-saving data: Long-lasting operation, reducing power consumption and carbon emissions for dual efficiency gains.

• Outstanding energy-saving performance Compared with conventional Roots blowers, multi‑stage centrifugal units, and traditional HVAC equipment, air‑floating systems can achieve an overall energy‑saving rate of 20%–35%. They are well suited to 24/7 continuous operation in industrial settings, delivering substantial annual energy savings: for small and medium‑sized enterprises, a single unit can save tens of thousands of kWh per year, while large‑scale plant‑wide retrofits can yield annual savings exceeding one million kWh.
• Secondary energy consumption reduced to zero : Oil-free operation design eliminates the need to procure, replace, or dispose of lubricating oil, thereby saving energy associated with cooling the lubrication system and reducing both labor‑related and consumable‑related energy consumption during operations and maintenance.
• Stable and long-lasting energy efficiency Equipped with an intelligent variable-frequency control system, it automatically adjusts speed and power to match operating conditions, preventing energy waste due to no‑load or overload operation. The unit achieves an overall efficiency of 82%–91%, maintaining high energy‑efficiency across all operating ranges.

✅ Additional low-carbon benefits: Green and energy-efficient throughout the entire life cycle

The air‑floating equipment operates at noise levels below 80 decibels, achieving both noise reduction and energy efficiency in tandem. With extremely low wear, it boasts a service life of 8 to 10 years, significantly cutting the carbon footprint associated with equipment replacement and production. It requires no high‑frequency maintenance or oil changes, reducing consumables for production and operations, and enabling a low‑carbon, environmentally friendly lifecycle—from deployment through operation and maintenance to end‑of‑life disposal.

III. Comprehensive Empowerment: Multi‑Scenario Deployment of Aerial and Floating Platforms, Solidifying the Foundation for the Dual‑Carbon Industry

In line with the “A New Starting Point for Energy Conservation” theme of this Energy Conservation Public Awareness Week, air‑floating equipment is tailored to support energy‑saving technological upgrades across all sectors, spanning diverse applications in residential, industrial, agricultural, and municipal settings, thereby providing comprehensive assistance to help industries meet their electricity‑saving and carbon‑reduction targets.

1. Wastewater treatment industry : The suspended‑air aeration blower replaces conventional aeration equipment, significantly reducing electricity consumption for wastewater aeration and helping water utilities cut energy use and costs, while meeting municipal requirements for low‑carbon operations.
2. Industrial manufacturing industry : Factory‑area ventilation, powder material conveying, and HVAC air‑handling units for workshops; optimizing the plant’s electricity consumption mix, reducing production‑related power costs, and supporting green‑rating initiatives and low‑carbon certification.
3. Aquaculture industry : The floating oxygenator precisely controls energy consumption and delivers oxygen on demand, reducing power usage by more than 20% compared to conventional aeration equipment, thereby supporting sustainable, eco-friendly aquaculture.
4. Municipal culture and tourism, building HVAC : Air‑floating refrigeration and high‑efficiency, energy‑saving air handling units reduce municipal electricity consumption in public buildings, supporting the city’s green and low‑carbon development.

From energy savings at individual equipment units to carbon reduction across entire industries, the large-scale deployment of air‑floating energy‑saving technologies can effectively lower regional industrial electricity consumption, curtail fossil‑fuel use, and provide tangible support for advancing regional dual‑control of energy consumption and carbon‑reduction efforts, thereby furnishing robust technological backing for the nation’s goals of peaking carbon emissions by 2030 and achieving carbon neutrality by 2060.

IV. Practicing Green Collaboration: A Two-Way Energy-Saving Initiative Involving Businesses and the Public

Leveraging the opportunities presented by the 2026 National Energy Conservation Public Awareness Week and National Low-Carbon Day, we are issuing a call to action for businesses and all employees to embrace energy conservation, advance green transformation, and jointly build a low-carbon ecosystem.

👉 For Enterprises: Technology-Driven Energy Efficiency, Quality Improvement, and Carbon Reduction

Accelerate the replacement and upgrading of aging, high‑energy‑consumption equipment, giving priority to next‑generation energy‑efficient technologies such as air‑suspension and magnetic‑levitation systems. Optimize on‑site electricity‑use management practices, establish an intelligent energy‑management and control system, and leverage technological measures to reduce power consumption in place of crude, ad hoc efficiency‑improvement efforts. Strive to strike a balance between production performance and environmental responsibility, and proactively assume corporate low‑carbon social responsibility.

👉 Personal Level: Small Actions, Low-Carbon Everyday Life

Turn off lights and disconnect power when leaving the office, eliminate energy waste from idle equipment, prioritize green transportation, and conserve water and electricity. Integrate energy‑saving habits into every aspect of work and daily life, fostering nationwide participation and collective action to align with the National Low‑Carbon Day theme: “Green Transition, Everyone on Board.”

Conclusion

Energy conservation is no small matter; low‑carbon development marks a new beginning. The year 2026 will be a pivotal milestone for upgrading and enhancing the green industry, as well as for the widespread adoption and implementation of energy‑saving technologies. Every individual’s commitment to energy efficiency gathers tiny sparks into a powerful force, while technological innovation in energy conservation builds lasting strength. Looking ahead, Kongfu Energy‑Saving Equipment will continue to deepen its expertise in high‑efficiency power‑saving technologies, iteratively refining and optimizing its products to deliver lower energy consumption, higher efficiency, and more stable performance. By helping countless enterprises reduce energy costs and achieve greener production, we will leverage industrial technology to embark on this new chapter of energy conservation, stride toward a low‑carbon, sustainable future, and jointly build a thriving green ecosystem where humanity and nature coexist in harmony.

Tips at the end of the article

2026 National Energy Conservation Public Awareness Week: June 15–21 | Theme: A New Starting Point for Energy Conservation, a Low-Carbon Future

2026 National Low-Carbon Day: June 17 | Theme: Green Transition, Everyone on the Journey