LYTH achève la livraison de 100 Modules de batterie NMC 1P12S sur mesure

As Turkey continues to rapidly expand its industrial automation and domestic electric mobility sectors, the need for “ready-to-integrate” power solutions has never been higher. This month, LYTH reached a major engineering milestone by successfully completing and shipping 100 units of customized 1P12S 58Ah NMC battery modules to a leading automation integrator in Turquie. This project marks a transition for LYTH from a premier cell distributor to a high-end modular solution provider.

The Turkish client required a module that was not only compact enough to fit into existing industrial chassis but also rugged enough to withstand the vibrations of a factory floor. LYTH’s engineering team designed a bespoke 1P12S architecture utilizing 58Ah NMC cells.

To ensure maximum structural integrity, we employed fully automated laser welding technology. Unlike traditional mechanical bolting, laser welding creates a molecular bond between the cell terminals and the busbars, drastically reducing contact resistance and eliminating the risk of loosening due to mechanical stress. Furthermore, each module was equipped with a custom-designed FPC (Flexible Printed Circuit) for high-accuracy voltage and temperature sampling, allowing for “prêt à l'emploi” integration with the client’s BMS.

Shipping 100 fully assembled modules requires more than just good engineering—it requires logistical expertise. Before departure, every module underwent a 100% Depth of Discharge (DoD) cycle test and a high-voltage insulation check. To comply with international safety standards, the shipment was secured in UN38.3-certified reinforced crates, ensuring they arrive at the client’s facility in Turkey in pristine condition.

“Our Turkish partners needed a turnkey solution that bypassed the complexities of local assembly,” noted the COO of LYTH. “By providing fully tested, laser-welded modules, we help our clients move from the prototype stage to full-scale operation in record time.”