Over 80% of EV and ESS housing projects require both structural strength and thermal management. Manufacturers with in-house mechanical + thermal teams shorten project cycles by 30–50% compared to fragmented outsourcing.

More than 65% of battery housing projects begin with low-volume prototyping. A supplier capable of MOQ as low as 5–10 units and fast tool adjustments ensures speed and flexibility during development.

Zero leakage tolerance is critical — particularly for liquid cooling. Manufacturers using FSW or laser welding achieve weld seam strength up to 90% of base material and support 100% pressure testing.

Well-designed thermal channels inside housings can reduce cell temperature variance by 3–5°C. Manufacturers who integrate cold plates, pipes, and thermal pads in-house provide compact, high-efficiency cooling solutions.

Projects involving battery enclosures typically span 3–6 months from concept to SOP. Manufacturers with dedicated project engineers and in-house tooling can reduce total lead time by up to 40%, helping clients stay on schedule.