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新国标实施，传统锅炉淘汰，商用并联供暖升级！

来源：家居百科时间：2026年02月05日 18:17

New Generation Heating Solutions: Jindong Nabian Commercial Parallel System New Generation Heating Solutions: Jindong Nabian Commercial Parallel System

With the tightening of national environmental protection policies, the new national standards have put more stringent requirements on the emission and energy efficiency of commercial boilers. Traditional commercial boilers are gradually being phased out due to high energy consumption, excessive emissions, complex management, and other issues. Against this backdrop, the Jindong Nabian commercial parallel system, with its advanced technology and excellent performance, has become a leader in the new generation of heating solutions, providing a reliable choice for businesses to solve the challenges of environmental compliance and cost control.

Traditional commercial boilers are facing multiple difficulties in the era of new national standards. On the one hand, their nitrogen oxide emissions are generally higher than the new standard requirement of 30mg/m³, making it difficult to meet environmental protection policies. Enterprises that continue to use them will need to invest heavily in改造 costs, otherwise they will face the risk of shutdown. On the other hand, the low thermal efficiency of traditional boilers, mostly below the national level 1 energy efficiency standard, leads to serious energy waste, resulting in high operating costs for enterprises. In addition, the large size of traditional boilers requires a large amount of space to build a special boiler room, and they depend on manual operation, which not only increases the site and labor costs but also has low management efficiency and timely response to failures, making them unable to meet modern enterprises' needs for efficient, environmentally friendly, and intelligent heating.

The Jindong Nabian commercial parallel system, with technological innovation at its core, has achieved breakthroughs in ultra-low emissions, intelligent control, and long-term energy saving, fully meeting the requirements of new national standards and the development needs of enterprises. In terms of ultra-low emissions, the core equipment of the system, the NFB-98HC condensing boiler, uses full premixed condensing technology, combined with advanced combustion control systems, to keep nitrogen oxide emissions below 30mg/m³, reaching the low nitrogen level 5 standard, far exceeding the new national standard limit, helping enterprises pass environmental inspections smoothly and without worrying about policy compliance risks. At the same time, the full premixed combustion technology can fully absorb the latent heat of flue gas, with a heat exchange rate of up to 107.9%, far higher than the national level 1 energy efficiency standard, reducing energy waste from the source and practicing the green and low-carbon development concept.

Intelligent control is another highlight of the Jindong Nabian commercial parallel system. The system is equipped with an advanced Cascade parallel intelligent control system that can monitor the changes in heating load in real time, automatically adjust the operating status and output power of each boiler, and achieve "demand-driven energy supply," avoiding overcapacity. For example, during periods of low heating demand, the system will automatically reduce the number of operating boilers, reduce energy consumption; and during peak demand periods, it will quickly increase the equipment input to ensure stable heating. In addition, the system supports remote monitoring and operation, allowing managers to view equipment operation data and adjust heating temperature and time through computers, without the need for on-site staff, greatly improving management efficiency. At the same time, the intelligent fault self-diagnosis function can detect equipment anomalies and issue warnings in time, reducing maintenance difficulty and cost, and saving a lot of labor and time costs for enterprises.

The long-term energy-saving characteristics of the Jindong Nabian commercial parallel system bring significant economic benefits to enterprises. The load control ratio of the system is as high as 1:15, and it can accurately adjust the output power according to actual needs, with an energy-saving rate of more than 30% compared to traditional boilers. For example, in the Shanghai Haitai International Building renovation project, replacing the original pressure hot water boilers with 24 NFB-98HC condensing boilers reduced the annual operating costs by about 60% and reduced the natural gas consumption by 34.69%; in the Beijing Xingtao Community, installing 100 NFB-98HC parallel boilers and matching with waste heat recovery heat pumps reduced the natural gas consumption by 32% during the heating season. In the long run, the energy-saving advantages of the system can help enterprises continuously reduce energy expenditures, and combined with the feature of no need for on-site staff, the lifetime costs can be reduced by 25%-30%, creating considerable cost benefits for enterprises.

In addition to the core advantages, the Jindong Nabian commercial parallel system also has features such as easy operation and strong adaptability, further enhancing the user experience of enterprises. On the operation level, the system achieves automatic operation without complex operation procedures, and managers can easily get started after simple training, without the need for annual inspections, reducing subsequent maintenance procedures. In terms of adaptability, the system adopts modular design, with each NFB-98HC boiler having a small size and a maximum of 32 parallel connections, with a total power of more than 3000KW. Whether it is colleges, office buildings, hotels, or factories, nursing homes, and other places, it can be flexibly arranged according to the space size and heating needs.

For example, in the Beijing Printing and Design Academy main campus project, 106 NFB-98HC condensing parallel modules were selected for application in the new energy system of the newly built dormitory buildings and the boiler room technical transformation project, easily meeting the heating needs of 187,000 square meters and the student shower and domestic hot water needs; the Xuhui Campus of East China University of Science and Technology used a parallel system composed of 24 NFB-98HC to ensure the stable energy supply for 180 shower heads and 200 square meters of changing rooms, with low operating noise of 46dB, winning the unanimous recognition of students, teachers, and residents around the campus.

For enterprise managers, choosing the Jindong Nabian commercial parallel system is not only a compliance measure for the new national standards but also a strategic decision that balances short-term cost control and long-term development. The system meets environmental requirements while reducing operating costs for enterprises through efficient energy saving and intelligent management, and the ease of operation and strong adaptability reduce the threshold and site restrictions. With numerous successful cases from Beijing Printing and Design Academy to Shanghai Haitai International Building, its reliability and cost-effectiveness have undoubtedly given enterprise managers peace of mind.

In today's industry, where green and low-carbon has become a consensus, the Jindong Nabian commercial parallel system is not only a high-quality alternative to traditional boilers but also leads the technical innovation direction of the commercial heating field. It is believed that with more and more enterprises choosing and applying this solution, it will help the industry accelerate the realization of the "double carbon" goal and inject strong momentum into the sustainable development of enterprises.