Tecate Group Custom Module
Module housings are available in stainless steel, aluminum, plastic, and shrink film. Custom modules can also be provided without housing, if you prefer. For applications requiring protection against water or dust intrusion, we can design modules to meet any specified IP rating.
Tecate Group will design an ultracapacitor or lithium-ion capacitor cell pack for your application and arrange the cells as required to fit in the space available.
Module design services include PCBA layout and CMS with monitoring, if required. Options include active balancing, passive balancing, overvoltage alarms, and temperature monitoring using a customer-specified connector interface.
Tecate Group can accommodate any product label design preferences, including customer product numbers, barcodes, and certifications markings.
The module will include your specified mounting positions.
The module will include your specified power terminals. If you do not have a preference, Tecate can make a recommendation in accordance with your application's requirements.
Reasons to Choose Us for Custom Ultracapacitor Modules
- Design expertise: Designing and manufacturing ultracapacitor modules has been our specialty for over 20 years. Our USA-based engineering team consists of electrical and mechanical engineers who specialize in designing ultracapacitor modules for applications in multiple end markets globally.
- Fast turnaround: Our engineering team is capable of providing initial design feedback in a few days to weeks depending on the project’s complexity. We stock many of the required materials and components for module assembly and use local suppliers that enable us to rapidly deliver prototypes for evaluation.
- Commitment to quality: All Tecate Group facilities are ISO 9001:2015 certified. We are committed to designing and manufacturing high-quality ultracapacitor modules that provide consistent performance, reliability, and a long life.
- Reliable support: When working with Tecate Group, you can expect a highly responsive, collaborative experience that includes a high level of support—from initial design discussions all the way through to mass production.
What to Expect From Our Ultracapacitor Module Design Services
We provide end-to-end power solutions with our services:
- Comprehensive requirements analysis: We begin with a review of your application’s electrical requirements, including voltage range, power or average current, time duration, and duty cycle. Other factors to be considered include application temperature, space available, and life expectancy of the ultracapacitor module.
- Electrical design details: Tecate Group electrical engineers will design the PCBA layout, including voltage management and monitoring as required for your application.
- Optimized mechanical design: Our mechanical engineers will create a 3D model of the ultracapacitor module using SolidWorks to ensure the module fits in the space available, including appropriate terminal connections, module mounting points, and an enclosure designed according to your requirements.
- Regulatory and safety-standard compliance: Tecate Group designs your module to comply with regulations and safety standards as required for your market and application. Any required third-party compliance testing and certification is coordinated by our engineering and quality teams.
- Scalable production capabilities: We have the manufacturing infrastructure and supply chain to seamlessly and cost effectively scale the production of your custom ultracapacitor module.
Why Trust Us?
Since our founding in 1975, we have accumulated manufacturing and engineering expertise while growing our list of satisfied clients. Today, the Tecate team delivers innovative solutions to a global customer base covering multiple markets and applications. We are committed to providing exceptional service and high-quality products that exceed your performance expectations.
Custom Ultracapacitor Modules Tailored to Your Needs
Collaborate with our expert engineers to design custom ultracapacitor modules optimized for your system’s power-delivery and energy-storage requirements.
