Battery Solution
A smart battery pack combines a chemistry foundation with a configurable BMS layer for protection, sensing, SOC/SOH, charging logic and product communication.
Choose this direction when your OEM product needs battery protection, monitoring, charging logic or communication to work as part of the equipment. A smart BMS is a configurable system layer that can be paired with lithium-ion or LiFePO4. It does not replace the need to select the appropriate chemistry and electrical architecture.
A custom BMS should be defined around the battery and the product interface. For a CAN bus BMS, RS485 BMS or RS232 BMS, the required communication behavior must be agreed with the equipment team. Interface names alone do not define the complete integration or its validation requirements.
If your requirement includes a battery pack with GPS tracking, identify it during the requirements review. Tracking is a project-specific integration requirement to assess; it is not a standard feature of every smart battery pack.
Six connected areas define the battery system and the scope for engineering review.
Define voltage, capacity, current and runtime around the product requirement. Review the load profile together with the selected chemistry so the electrical definition remains consistent with the equipment and its intended use.
Review dimensions, weight, mounting, enclosure and connectors as part of the battery system. The installation space and equipment interfaces help define a pack that can be integrated and reviewed with the OEM team.
Agree the protection, sensing, SOC/SOH and communication requirements. CAN, RS485 or RS232 can be evaluated where needed, with the BMS configured as a system layer alongside the chemistry and pack architecture.
Define how the battery will be charged and review compatibility with the intended charging arrangement. Charging logic and equipment requirements belong in the same project scope as the battery’s electrical and communication definition.
Share where and how the product operates. Environmental requirements influence chemistry, mechanical integration and charging decisions; the relevant validation scope should be agreed for the intended application rather than inferred from a generic specification.
Review applicable certification, documentation, validation and production requirements before release. Stellova coordinates qualified manufacturing resources around the agreed configuration. Project-specific requirements are confirmed through review rather than presented as universal certifications or fixed production promises.
Application requirements determine which monitoring, protection and communication functions are useful. Review the battery, charger and host equipment together so the proposed BMS scope supports the product’s operating needs.
Share your application, voltage, capacity, current, dimensions, operating environment, communication and certification requirements.