24V low-voltage electric mini carts are mainly applied to indoor venue shuttle, small scenic spot sightseeing, household leisure travel and warehouse short-distance transportation. Featuring compact vehicle space, these vehicles often work under frequent bumpy driving, low-speed continuous discharge and closed heat accumulation in narrow cabins, putting forward strict requirements on battery structural stability, size adaptation and sealing performance. Most ordinary 24V mini cart batteries adopt simple manual assembly processes, including manual cell arrangement, snap-on shell assembly and basic glue sealing. Such rough processes with low precision easily cause hidden dangers after long-term use, such as cell displacement, loose internal circuits, dust and water entering through shell gaps, and overall battery deformation. These defects further lead to unstable power supply, electric leakage, short circuit and rapid range attenuation, shortening battery service life greatly. For low-capacity 24V mini cart batteries, mature and precise integrated forming processes play a more vital role in long-term operational stability than simply upgrading cell parameters. Abandoning backward manual assembly methods, the 24V Electric Mini Cart Battery adopts six sets of automatic integrated forming processes, covering cell module integration, shell injection molding, internal compression fixation, overall potting sealing, corner compression reinforcement and overall aging testing. Manufactured according to industrial-grade precision standards, it fits narrow battery cabins and bumpy driving conditions of 24V mini carts, eliminates structural defects from the production source, and improves the overall tightness, shock resistance, integrity and durability of batteries for long-term stable indoor and outdoor application.

　　Automatic cell module integrated forming process ensures neat and offset-free cell arrangement. Traditional batteries rely on manual cell placement with large spacing errors and disordered layout, resulting in cell displacement and mutual extrusion wear after long-term vibration. Adopting automatic robotic arm integrated forming technology based on exclusive circuit layout of 24V low-voltage batteries, this battery controls the spacing error of each cell within 0.1mm. Meanwhile, the integrated cell bracket locks all cells into an integral module permanently to avoid single cell shaking and displacement. The neat module structure ensures evenly distributed discharge current to prevent local cell overload and overheating, and improves overall shock resistance to adapt to continuous vibration caused by bumpy roads and step climbing, protecting cells from extrusion damage.

　　High-pressure seamless integrated injection molding shell process without splicing gaps. Most low-cost batteries adopt snap-on upper and lower shell covers with obvious gaps, allowing moisture and dust to invade the interior easily. This battery adopts industrial high-pressure integrated injection molding technology, with the whole shell formed in one time without splicing gaps or snap joints for complete airtightness. Made of original flame-retardant ABS material, the shell features uniform wall thickness without weak points, owning much better impact resistance and deformation resistance than spliced shells. In addition, it is produced with precise molds matching standard 24V mini cart battery cabins, achieving zero error in overall size, perfect installation fitting and no abnormal noise during operation.

　　Constant-pressure hot pressing forming process eliminates internal assembly gaps. Gaps between cell modules, heat dissipation cushions and circuit boards will cause internal friction noise during vibration and form heat insulation cavities to hinder heat dissipation. Adopting constant-temperature and constant-pressure hot pressing forming technology, the battery tightly combines cell modules, thermal conductive cushions and BMS protection boards as an integral whole under standard temperature and pressure, removing all internal assembly gaps. The integrated internal structure avoids internal driving noise completely, ensures seamless fitting of heat dissipation components and unobstructed heat conduction, balancing structural firmness and heat dissipation performance to support uninterrupted all-day operation of mini carts.

　　Vacuum epoxy integral potting forming process for full-sealed moistureproof and insulation protection. Different from basic surface glue sealing of ordinary batteries, this battery adopts integral epoxy potting technology under vacuum environment. The thermal conductive and insulating potting glue fills all internal gaps of the battery without bubbles, completely wrapping internal cells, circuits and circuit boards. A complete insulating protective layer is formed after curing, realizing full closed sealing with IP56 waterproof and dustproof rating. It effectively blocks splash water, indoor humid moisture and warehouse dust from entering the battery, preventing circuit short circuit caused by damp and greatly prolonging service life in humid and dusty working environments.

　　Integrated bent corner reinforcement forming process improves anti-fall and compression resistance. Battery corners are vulnerable to damage from collision and impact. Ordinary batteries without corner reinforcement are easy to crack under slight collision. The four corners of this battery shell adopt integrated thickened bending forming technology, with corner thickness increased to 1.8 times of regular shell thickness. It realizes original collision and compression resistance relying on integrated shell structure without extra protective strips. Meanwhile, all corners adopt arc passivation treatment to avoid scratching vehicle bodies by sharp edges and enhance drop resistance. The battery can resist shell damage caused by daily handling collision and side extrusion during driving.

　　Complete machine power-on aging forming process eliminates potential process hidden dangers before delivery. After assembly, all finished batteries will undergo 8-hour full-load power-on aging testing to simulate daily full-load driving conditions of mini carts. It detects potential hidden dangers caused by process defects including virtual circuit connection, unstable current and abnormal heating, and intercepts all unqualified products before delivery. Supported by full sets of automatic precision forming processes, the 24V Electric Mini Cart Battery solves common defects of assembled batteries such as loose structure, poor sealing, weak shock resistance and easy damage. With stronger integrity, firmer structure and more stable operation, it is a top-quality power battery with excellent structural performance for 24V electric mini carts.