Explore the published references, compare key parameters and bring the exact requirements into your inquiry.
A model named for golf-cart applications in Jetray’s public catalogue. Verify motor power, continuous and peak current, mounting and charger compatibility for the actual vehicle.
A catalogue LiFePO4 capacity class for discussing a 36V vehicle architecture. A full golf-cart conversion requires controller, charger, current and mechanical validation.
An inquiry for a vehicle-specific 48V-class battery system. Share the cart, controller, motor, charger and tray dimensions so the team can evaluate a suitable architecture.
Choose the support you need for this stage of the project.
Compare the published catalogue with your required voltage window, current and mechanical envelope.
Browse this collectionShare the equipment requirements, interface drawing, charging arrangement and intended operating conditions.
Prepare an inquiryAsk for documents matching the exact configuration and agree the scope of any sample evaluation.
Review the document checklistGolf Cart Battery Projects selection connects electrical demand, mechanical fit and operating conditions. Use these checkpoints to organize the discussion.
Explore the engineering briefDefine the current model, interface drawing and sample-review criteria together.
Share vehicle make and model, controller limits, motor information and the existing battery configuration.
Confirm battery tray dimensions, mounting points, service access and cable routing.
The charger, accessories and protection coordination must be checked along with the battery. Use a qualified installer.
Review the equipment, its duty cycle and its interfaces before selecting a battery configuration.
Collect vehicle, controller and existing charger information before selecting a battery system.
Review requirementsCompare charging workflow, daily route demand and service requirements across the fleet.
Review requirementsReview accessory loads, DC-DC conversion and the mechanical integration with the installer.
Review requirementsExplore practical planning briefs for golf cart battery projects: the operating challenge, integration approach and sample-review questions.
01 / APPLICATION PLANNINGA golf-cart conversion must match the vehicle, controller, charger and physical installation. A shared voltage-family label does not prove a drop-in replacement.
Explore the application brief ↗
02 / APPLICATION PLANNINGA fleet project needs a consistent review across vehicles with different routes or working patterns. Daily usage and service requirements belong in the initial brief.
Explore the application brief ↗03 / APPLICATION PLANNINGA vehicle’s accessory demand can affect its battery architecture and conversion plan. The traction system, auxiliary supply and charging arrangement should be reviewed together.
Explore the application brief ↗These are application planning examples, not documented customer deployments. Factory photographs are from the Jetray corporate website and do not identify a customer project.
Shenzhen Jetray Technology Co., Ltd. presents cells, battery packs and application-focused products through its corporate catalogue. This collection brings golf cart battery projects into a more focused technical conversation.
The corporate website describes cell selection, BMS design, prototyping and custom-pack services. Confirm the proposed scope, model specification and supporting documents for your project with the Jetray team.
Technical guides on product selection, integration and purchasing, with sources for further reading.
Confirm controller, charger, voltage, installation and operating requirements before ordering a lithium battery for a golf cart.
Read the guideCompare golf-cart battery proposals through usable energy, route demands, payload and documented range assumptions.
Read the guideGive suppliers a consistent fleet brief covering cart configuration, duty, charging, installation, traceability and acceptance.
Read the guideAnswers to the questions that help move an inquiry forward.
Discuss a requirementNo. Voltage-family labels are only a starting point. Confirm controller compatibility, current demand, charger behavior and the mechanical installation.
Only if its charging behavior is explicitly compatible with the selected lithium battery and approved by the supplier. Do not assume compatibility.
Vehicle mass, terrain, speed, tire condition, accessory demand and usable battery energy all influence range. Verify it under representative conditions.
Only retain a charger when its behavior is explicitly compatible with the selected lithium battery and approved by the responsible supplier or installer. Do not assume a lead-acid charging profile is suitable.
Provide the cart and controller model, motor demand, existing battery arrangement, charger, tray drawing, accessory loads and daily use. Ask for a vehicle-specific configuration review.
Compare vehicle, payload, route, speed, terrain, environment and accessories under matching conditions. Battery capacity alone cannot establish a guaranteed driving range.
Share the load, dimensions and intended use. Ask for a current model specification and a project review.