Requirements definition
Define voltage, load, runtime, physical envelope, charger interface and operating conditions before a pack concept is considered.
ProCharge is developing custom and aftermarket battery solutions for applications where original packs are unavailable, underperforming, obsolete or too expensive to replace conventionally.
Every battery platform is a system. Cell chemistry, electrical configuration, protection strategy, current demand, charging behavior, enclosure constraints and thermal conditions all have to work together.
Define voltage, load, runtime, physical envelope, charger interface and operating conditions before a pack concept is considered.
Develop the cell arrangement, protection strategy, BMS requirements and mechanical approach around the intended use.
Prototype concepts are refined through practical testing and application feedback before any broader use is considered.
ProCharge has its roots in aftermarket tool-battery creation. That experience is now being redirected toward a broader engineering model: repair failed packs, understand why systems fail and develop better alternatives where the market leaves a gap.
A safe, practical battery solution has to be technically appropriate for its application. ProCharge may recommend an existing commercial solution, decline unsafe concepts or determine that the project is not economical to pursue.
Describe the equipment, voltage, power needs, space constraints and what is wrong with the current solution.