Under China’s national “3060” dual‑carbon goals, enhancing energy efficiency remains the most feasible, effective, and cost‑efficient pathway to achieving climate targets in the medium and short term. To peak carbon emissions by 2030, improving energy efficiency could account for roughly one quarter of the required emission reductions. Industrial and building energy conservation are key priority areas; industrial energy consumption accounts for approximately 70% of the total, while for manufacturing enterprises, auxiliary and support equipment typically consumes 30%–50% of overall energy use. Among these, heating and cooling systems alone represent 40%–70% of auxiliary‑equipment energy demand. As a result, HVAC energy consumption has become a major component of energy use in both industrial facilities and buildings, making it a primary focus for energy‑saving, cost‑reduction, and efficiency‑improvement efforts across industries. However, due to distinctive Chinese construction and design practices, HVAC systems continue to face persistent challenges—such as airflow imbalances, water‑balance issues, uncontrolled humidity, and elevated energy consumption—that have yet to be fully and intelligently resolved.

To harness the latest technologies for the benefit of this sector and better serve customers across all industries, Shanghai Best Energy Technology Co., Ltd. was established. The company is committed to bringing AI‑driven HVAC solutions to the industrial sector, helping energy‑intensive enterprises achieve carbon neutrality and advancing China’s energy conservation and emissions‑reduction efforts in the new era.

Shanghai Best Energy Technology Co., Ltd. was established in 2018, with its headquarters in Shanghai. It is a Sino-German joint venture and a national high-tech enterprise.

Best boasts a professional team led by internationally renowned HVAC experts and domestic refrigeration‑machine researchers, with core members hailing from multinational corporations. Key team members bring extensive hands‑on experience in areas such as the Internet of Things, optimization of complex HVAC systems, online thermal balance, big‑data analytics, and intelligent optimization technologies. The company has overcome one of the most challenging technical barriers in industrial and building energy management—successfully developing the UE² ultra‑efficient HVAC optimization control system, which has been granted a national patent. This solution helps clients address persistent challenges in HVAC systems, including terminal thermal balance, humidity control, indoor air quality, and automated optimization of equipment rooms, while significantly reducing overall energy consumption.

The company has established several departments, including the Cloud Services Department, HVAC Optimization Department, IoT Department, Market Development Department, as well as Human Resources and Finance. Additionally, we have set up offices in Shenzhen, Guangzhou, Hainan, and Chengdu to provide timely, localized support to our customers.