Start Stop Car Batteries
Products Description
The Start Stop Car Batteries are a specialized battery designed for vehicles equipped with automatic start-stop systems; it is primarily used for engine starting, auxiliary power supply, and energy storage within regenerative braking systems.
Its key features include:
High Cycle Life
Vehicles with automatic start-stop systems undergo frequent starting and stopping cycles in urban traffic, a load profile that standard batteries struggle to withstand over the long term.
Start-stop batteries feature an optimized internal design that enhances cycle stability, enabling them to meet the demands of frequent start-stop operation.
Rapid Charging Response
To function effectively with the vehicle's regenerative braking system, the battery must be capable of rapidly absorbing and releasing electrical energy.
The product design prioritizes charge acceptance, thereby enhancing the efficiency of the vehicle's energy management system.
Detail Showcase: Quality Proven Through a Professional Lens
Explosion-Proof Safety Valve Design
Features a high-precision one-way exhaust valve calibrated to a precise opening pressure. EFB Start Stop Car Battery automatically opens to relieve pressure during abnormal internal spikes while remaining sealed under normal conditions.
High-Conductivity Terminal Technology
The battery Start Stop Auto Batteries are made of lead-plated brass with an anti-oxidation coating on the contact surfaces. This design ensures stable connections and prevents overheating or oxidation during high-current output.
Heat-Sealed, Heat-Resistant Casing
The battery case and lid are constructed from high-polymer ABS and seamlessly fused via a heat-sealing process. This results in a smooth finish, superior mechanical strength, and excellent resistance to acid corrosion, effectively eliminating the risk of leakage.
Built-in Acid Density Indicator (Sight Glass)
Equipped with a smart status indicator, Car Start Stop Battery uses a float mechanism to provide a clear, visual display of the battery's state of charge. This allows maintenance personnel to assess battery health quickly and simplifies troubleshooting.
Rigorous Manufacturing Processes: From Micro-Level Control to Macro-Level Quality
Fully Automated Casting, Welding, and Assembly Lines
These eliminate human error, ensuring the structural integrity and conductivity of plate group welds. Laser-based in-line monitoring tracks the weight and thickness of every individual plate.
Vacuum Acid Filling Process
Electrolyte filling is performed under negative pressure to ensure precise, uniform acid levels across every battery cell, thereby preventing performance imbalances caused by uneven filling.
Four-Stage Formation Process
Going beyond simple charging, we utilize charge-discharge cycles that simulate real-world driving conditions to activate the battery. This maximizes plate potential and reduces the break-in period for the end user.
100% Factory Testing
Every unit undergoes comprehensive testing, including internal resistance checks, high-current discharge tests, and airtightness inspections. We guarantee that every battery delivered has passed a rigorous "full health check."
Application Advantage: Engineering Adaptability Across All Operating Conditions
| Reliable Operation Across a Wide Temperature Range | The Start Stop EV operates within a temperature range of -40°C to 70°C. It ensures reliable engine starting in extreme cold (-40°C) and maintains stable performance in high-temperature engine compartments (up to 70°C). This broad temperature adaptability stems from the high-temperature resistance of the alloy system combined with the low internal resistance of the AGM separator at low temperatures. |
| Durability Under Frequent Start-Stop Conditions | The starting cycle life exceeds 200,000 cycles-more than three times that of standard batteries. This performance is the result of the systematic synergy between lead-carbon negative electrode technology, high assembly pressure design, corrosion-resistant alloys, and AGM oxygen recombination technology. While each technology is valuable on its own. |
| Energy Recovery and Rapid Charge Acceptance | Modern start-stop systems often operate in conjunction with regenerative braking functions. The high instantaneous currents generated during energy recovery require the battery to possess exceptional charge acceptance capabilities. Leveraging the capacitive characteristics of the lead-carbon negative electrode, our product rapidly captures the instantaneous current fed back by the vehicle, ensuring efficient energy recovery even when the depth of discharge exceeds the design limit. |
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For automakers, Tier 1 suppliers, and engineering procurement teams, Start Stop Battery for Cars must not only meet engine-starting requirements but also ensure long-term cycle stability and reliable vehicle energy management. Leveraging its mature manufacturing systems, engineering capabilities, and rigorous quality management, Apollo provides start-stop battery solutions tailored to project specifications, helping customers enhance product reliability and optimize vehicle energy system performance.
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