On March 30, 2026, a delegation led by the Global President of MOVA Air Conditioning from Dreame Technology Group visited Enpower to discuss cooperation. Enpower's Chief Operating Officer (COO) Fan Yaobing and his core team also participated. The two sides engaged in practical exchanges on the innovative applications and in-depth cooperation of solid-state battery power sources, focusing on the future form of AI mobile air conditioning robots. Their aim was to jointly address the industry's energy pain points and define energy standards for the next generation of intelligent mobile environmental appliances.
It is noteworthy that both companies have strong founding backgrounds within Tsinghua University. This collaboration, leveraging these Tsinghua connections, fully demonstrates the collaborative innovation advantages of Tsinghua-affiliated technology companies in the fields of smart hardware and new energy.
Focusing on the forefront: When a mobile air conditioning robot meets solid-state batteries
With the rapid development of embodied intelligence, air conditioning robots that can move autonomously and provide precise environmental services are becoming a new blue ocean in the home appliance industry. On the morning of March 13, 2026, at the 2026 Appliance & Electronics World Expo (AWE), MOVA, a global high-end smart technology brand, officially launched the world's first AI mobile air conditioning robot—MOVA Airbot. This marks the industry's first revolutionary experience of "air actively following the user," signifying a paradigm shift in the air conditioning industry from "fixed cooling" to "mobile intelligence." However, the development of this new product category also faces core bottlenecks in terms of battery life, safety, and size and weight associated with traditional power supply solutions. The energy density, safety, and low-temperature performance of traditional lithium batteries are no longer sufficient to meet the stringent requirements of mobile air conditioning robots for long battery life, high safety, and compact design. Enpower's solid-state batteries, with their core advantages of high energy density, intrinsic safety (completely eliminating thermal runaway), and wide temperature range performance, are highly compatible with the needs of this cutting-edge scenario.
Drawing the Future Together: Defining a New Ecosystem for Smart Mobile Energy
During the meeting, both parties agreed that mobile air conditioning robots, as a high-growth new product category, have stringent energy requirements, making solid-state battery technology a perfect fit. Eliminating cables is key to achieving truly free movement, and solid-state battery technology provides a crucial piece of the puzzle. This collaboration is not only about product and technology integration, but also the starting point for both parties to jointly explore energy solutions for the era of "physical intelligence."
Both parties look forward to fully leveraging the research foundation and innovation resources of the Tsinghua University system, and through in-depth collaboration, jointly establishing a joint laboratory to promote cooperation across the entire value chain from technology development to product introduction. In the future, both parties will focus on the practical application of solid-state batteries in mobile appliances, conducting joint technical research and development and business implementation, accelerating the transformation of safer, more durable, and more efficient energy solutions into competitive products, and jointly creating unprecedented value experiences for users.
In an era where the new energy revolution and the wave of artificial intelligence converge, the future collaboration between Enpower and Dreame Technology Group will not only inject strong momentum into the mobile air conditioning robot industry, but will also usher in a new era of large-scale application of solid-state battery technology in a wider range of consumer robot scenarios.
