On December 18, 2025, the 2025 Joint
Academic Annual Conference on HVAC, Thermal Power, Refrigeration, and Green
Buildings in Shaanxi and Xi'an—themed "Scientific and Rational Energy Use
for Green, Low-Carbon Development"—concluded at the Zhiyuan Hotel in Xi'an.
Lin Xiong, General Manager of BANDON, attended the event alongside key company
representatives. BANDON showcased its new generation of high-capacity
commercial large-scale variable-frequency heat pumps and water/ground-source
units. General Manager Lin Xiong delivered a keynote speech, joining industry
peers to explore heating technology innovation in the context of "Dual
Carbon" goals.



1. Spotlighting industry events, showcasing
innovative achievements.
This annual conference was jointly hosted
by four authoritative organizations, bringing together experts and corporate
representatives from across the country in the HVAC and thermal energy sectors
to discuss key topics such as technological advancements under
"dual-carbon" goals and HVAC essentials for green buildings. Through
product showcases and technical presentations, BANDON comprehensively
demonstrated its compact, high-efficiency, and low-carbon heating solutions. In
recognition of its strong support for and outstanding contributions to academic
exchange within the industry, BANDON was honored with the "Outstanding
Contribution Award for Academic Activities," with Meng Xiuren, Regional
Director for the Northwest, accepting the award on the company's behalf.


2. Keynote Presentation: Decoding the Core
Value of the Technology
At the conference, Mr. Lin Xiong, General
Manager of BANDON, delivered a presentation titled "Technological
Innovation in Compact Large-Scale Inverter Heat Pumps and Progress in
Distributed Centralized Heating Applications." He analyzed the pain points
associated with traditional heating systems—such as large footprints, high
energy consumption, and high costs—and highlighted the technological
breakthroughs of BANDON’s new generation of large-scale inverter heat pumps.
Mr. Lin emphasized: "Against the backdrop of the 'Dual Carbon' goals, the
heating industry is shifting toward refined, high-efficiency operations; with
technological innovation at its core, BANDON delivers solutions that are highly
efficient, energy-saving, and hassle-free." Designed to meet the demands
of the severe cold and high heating loads typical of Northwest China, the unit
features full DC inverter technology and EVI (Enhanced Vapor Injection)
technology. It ensures stable operation at temperatures as low as -35°C, offers
a heating capacity ranging from 210 kW to 1,080 kW, suits various
applications—including distributed centralized heating—and significantly
reduces operating costs for users.


3. Flagship products attract attention and
gain industry recognition.
In the exhibition area, BANDON’s new
generation of large-scale variable-frequency heat pumps drew significant
attention by delivering "high capacity within a compact footprint":
the 300HP model occupies just 15 m²—a 50% reduction compared to conventional
solutions—yet provides heating for an area of 10,000 m². Featuring eight built-in
hot-standby systems and noise levels controlled between 56 and 72 dB(A), the
unit meets green building standards. Representatives from numerous design
institutes and engineering firms stopped by to make inquiries, resulting in
multiple expressions of interest in collaboration.

4. Deepening presence in Northwest China
and supporting the low-carbon transition
Participating in this event served as a
pivotal opportunity for BANDON to showcase its technical prowess and deepen its
presence in the Northwest market. During the annual gala dinner, Marketing
Director Lin Yu spoke on behalf of the company, stating that BANDON would use
this award as motivation to continue its dedicated work in the HVAC
energy-saving sector and to strengthen collaboration with industry peers.
Moving forward, BANDON remains committed to optimizing its commercial
variable-frequency heat pumps to deliver green, low-carbon heating solutions
across more regions, thereby contributing to the industry's high-quality
development.
