Charging Stations TRIZ Cases
- Vehicle Battery Thermal Preconditioning for Fast Charging Efficiency
A vehicle battery system adjusts a precondition window based on state of charge and ambient temperature to activate thermal conditioning before arrival.
- Charging Station Data Relay for Vehicle Upload
A charging station relays vehicle data to a centralized location via wireless proximity detection.
- Modular Charging Apparatus for Electric Vehicles
Multiple independent charging units combine power output to overcome household socket current limits and enable fast electric vehicle charging.
- Retrofit EV Charging Base for Existing Poles
Nesting a custom base inside the pole structure reduces installation costs while maintaining structural integrity against wind vibrations.
- Decentralized Power Flow Control for Electric Vehicle Energy Storage
Decentralized converter devices regulate power flux between hybrid and capacitor storage, reducing central computational burden while absorbing peak loads.
- Magnetic Sensor Access Door Position Detection
Replacing mechanical switches with a magnetic sensor eliminates moving parts and improves reliability for vehicle energy storage device access systems.
- Electric Energy Exchange Device Pricing Logic
An electric energy exchange device manages pricing through predefined and transaction-specific parameters.
- Charger Relay Control Using AC Voltage Frequency and Effective Value
A charger controller calculates AC voltage effective value and frequency to maintain relay states during external charging.
- Fleet Battery Preconditioning System for Thermal Management
Automated system coordinates vehicle battery temperature conditioning with charging schedules to optimize energy delivery.
- Charging Inlet Cap Adhesion via Segmented Packing
Segmented packing reduces adhesion area, allowing torsion springs to open stuck caps without manual intervention.
- Power Supply Load Detection via Capacitor Voltage Monitoring
A power supply controller detects load connection states by measuring capacitor voltage across output contactors.
- Electric Vehicle Charging Path Segmentation for Switch Power Loss Reduction
Segmenting the charging path with independent relays isolates auxiliary loads, reducing switch power consumption while maintaining efficient battery charging.
- Inductive Charging Winding Segmentation for Metal Detection
Segmented primary and secondary windings enable precise vehicle positioning through induced voltage monitoring.
- Contactless Power Supply Device Efficiency-Based Fee Control
A contactless power supply device determines user fees based on measured power reception efficiency.
- Vehicle Charge Control Device Delaying Suspension for Battery Heating
A charge control device delays suspension time to allow concurrent battery heating during timed charging cycles.
- EV Charging Station With DC Buffer And N-Phase Transformer
A charging station uses a DC buffer and n-phase transformer to manage electrical power delivery for electric vehicles.
- Inductive Power Transfer for Industrial Vehicle Attachments
Wireless power transfer unit enables seamless energy delivery between industrial vehicles and their attachments.
- EV Relay Control via Motor Speed and Shift Position Verification
A relay control system for electric vehicles uses motor rotational speed and shift position data to verify intentional disconnection requests.
- Vehicle Power Supply System Using Diode Isolation for Charging Control
Diode isolation blocks auxiliary battery voltage during external charging, reducing energy consumption and preventing startup failure.
- EV Charging Network Controller Prioritizing Low Battery Vehicles
A charging network controller broadcasts summoning commands to electric vehicles based on state of charge data.
- Wireless Alignment for Electric Vehicle Charging
A wireless communication system determines vehicle position relative to a charger to calculate an alignment trajectory.
- Dynamic Battery Charging Controller with Adaptive Current Adjustment
A vehicle controller adjusts charging current based on real-time state of charge measurements to optimize energy transfer.
- Universal Battery Exchange Tools with Integrated Alignment and Actuation
Integrated tools align and lock power batteries under chassis structures without complex external actuation mechanisms.