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587 Cell Stamped Brazed Liquid Cold Plate For Energy Storage System Battery Heat Dissipation
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587 Cell Stamped Brazed Liquid Cold Plate For Energy Storage System Battery Heat Dissipation

MOQ: 10
τιμή: Διαπραγματεύσιμα
Τυπική συσκευασία: Ξύλινη παλέτα
Προθεσμία παράδοσης: 25 μέρες
Τρόπος πληρωμής: T/T
Δυνατότητα ανεφοδιασμού: 100 τεμάχια/ημέρα
Λεπτομέρειες
Περιγραφή προϊόντος
Λεπτομέρειες
Τόπος καταγωγής
Κίνα
Μάρκα
Trumony
Πιστοποίηση
ISO9001,IATF16949
Αριθμό μοντέλου
Trumony-RR-051905
Επεξεργασία Επιφανειών:
Υλικό θερμικής διεπαφής
Κράμα πυρήνα:
3003+1,5%Zn
τύπος:
Συγκόλληση
Υλικό:
Αλουμίνιο
Βαθμός:
3003
Διαδικασία:
Σφράγιση
Επισημαίνω:

stamped brazed liquid cold plate

,

energy storage battery cold plate

,

587 cell battery heat dissipation

Περιγραφή προϊόντος
Product Details
Place of Origin
China
Brand Name
Trumony
Certification
ISO9001, IATF16949
Model Number
RR-051905
Core Process
Continues Brazing, Stamping
Shape
Customized
Warranty
10 Year
Surface Treatment
Epoxy Coating

Product Overview
Introduction:
Our 587 Cell Stamped Brazed Liquid Cold Plate is a proven thermal management solution specifically developed for heat dissipation in energy storage system (ESS) battery racks. It employs a reliable manufacturing process that integrates precision stamping and vacuum brazing, offering a durable, high-performance cooling solution for battery configurations.
Manufactured from high-quality aluminum alloys, the core structure of this cold plate is formed using existing precision stamping tooling, designed to efficiently create micro-flow channels optimized for heat distribution. The stamped components are then fused into a single, robust unit through a high-temperature vacuum brazing process. This established manufacturing pathway eliminates the need for new tooling investment, enabling rapid prototyping and swift production ramp-up. Each unit is subjected to standard leak testing to ensure operational integrity.
Key Parameters
Item
Specification
Material / Value
1
Base Material
3003 Aluminum
2
Coolant
50/50 Water & Glycol Mixture
3
Core Process
Stamping & Vacuum Brazing
4
Design Application
587-Cell ESS Battery Rack

587 Cell Stamped Brazed Liquid Cold Plate For Energy Storage System Battery Heat Dissipation 0

Primary Applications
This stamped and brazed liquid cold plate is a specialized thermal solution engineered for large-scale energy storage installations. Its primary application is:
  • Thermal Management for 587-Cell ESS Battery Racks:​ Specifically designed to provide uniform and effective cooling for battery modules configured in a 587-cell arrangement within commercial and industrial energy storage cabinets, ensuring temperature stability and extending battery cycle life.
Key Advantages:
  • Rapid Prototyping for Project Validation:​ With tooling already developed, we can quickly produce functional samples, significantly accelerating your project's validation phase. This allows for faster thermal performance testing and system integration checks.
  • Cost-Effective, Tooling-Ready Solution:​ The availability of existing stamping dies means no upfront tooling costs or lengthy development delays for customers, translating into a lower total cost and faster time-to-market for your ESS project.
  • Efficient Heat Dissipation Design:​ The stamped flow channel pattern is engineered to provide excellent thermal coverage for the 587-cell layout, promoting even temperature distribution across the entire battery module to prevent hot spots and ensure consistent performance.
  • Durable, Monolithic Construction:​ The vacuum brazing process creates a strong, leak-proof, one-piece structure that is highly resistant to the thermal cycling and long-term operational demands typical in energy storage environments.
  • Proven Design for Scalable Production:​ As a mature product, it offers reliability and consistency. The manufacturing process is streamlined for scalable production, ready to support volume orders once the design is validated and approved.
Our 587-cell liquid cold plate is an ideal, ready-to-deploy thermal solution for energy storage system integrators and manufacturers, where proven performance, speed to market, and cost efficiency are critical. We provide end-to-end support from initial sample provision to volume manufacturing.
Frequently Asked Questions
Q: Is the stamping mold for this 587-cell cold plate already available?
A:​ Yes. The production tooling for this specific 587-cell design is fully developed and ready for use. This allows us to proceed directly to sample fabrication without any tooling lead time or NRE cost for you.
Q: How quickly can you provide functional samples for our testing?
A:​ Leveraging the existing tooling, we can typically deliver first-article samples within 2-3 weeks after receiving your official sample request, enabling a fast turnaround for your project validation phase.
Q: What are the standard payment terms for prototyping and production?
A:​ For initial samples, we typically require full payment for the sample order. For subsequent production orders, our standard terms are a 30% deposit with the purchase order and the 70% balance due before shipment.
Q: Can this cold plate design be slightly modified for our specific rack layout?
A:​ While the core stamped channel pattern for the 587-cell layout is fixed, we have some flexibility for minor customizations. This can include adjustments to the overall outer dimensions (via trimming), port locations, and mounting hole patterns to better fit your specific cabinet design.
Q: What testing do you perform on the samples/production units?
A:​ All units undergo standard pressure decay leak testing to ensure seal integrity. For samples, we can also provide basic thermal performance data upon request. More comprehensive testing can be arranged as a custom service.
Q: What is the lead time for mass production after sample approval?
A:​ Once the samples are approved, mass production can typically begin within 4-5 weeks, as the supply chain and production line are already aligned for this product.
Q: What is the minimum order quantity for production?
A:​ To utilize the existing tooling economically, we have a standard production MOQ. However, we are open to discussing pilot production quantities to support initial system builds. Please contact us for specific quantity details.
Ετικέτες: 

θερμαντικό σώμα αυτοκινήτων αργιλίου,  

μέρη αυτοκινήτου αργιλίου,  

stamped brazed liquid cold plate

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λεπτομέρειες προϊόντων
προϊόντα

Ρόλος φύλλων αλουμινίου αλουμινίου

Υγρό ψυχρό πιάτο

Δίσκος μπαταρίας

Σωλήνας μικροκαναλιών αλουμινίου

Υλικό θερμικής διεπαφής

εξωθήσεις αργιλίου συνήθειας

Φύλλο κράματος αλουμινίου

Μπαταρία αέρα αργιλίου
Ονομα
  • Ονομα
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  • Ονομα
587 Cell Stamped Brazed Liquid Cold Plate For Energy Storage System Battery Heat Dissipation
MOQ: 10
τιμή: Διαπραγματεύσιμα
Τυπική συσκευασία: Ξύλινη παλέτα
Προθεσμία παράδοσης: 25 μέρες
Τρόπος πληρωμής: T/T
Δυνατότητα ανεφοδιασμού: 100 τεμάχια/ημέρα
Λεπτομέρειες
Περιγραφή προϊόντος
Λεπτομέρειες
Τόπος καταγωγής
Κίνα
Μάρκα
Trumony
Πιστοποίηση
ISO9001,IATF16949
Αριθμό μοντέλου
Trumony-RR-051905
Επεξεργασία Επιφανειών:
Υλικό θερμικής διεπαφής
Κράμα πυρήνα:
3003+1,5%Zn
τύπος:
Συγκόλληση
Υλικό:
Αλουμίνιο
Βαθμός:
3003
Διαδικασία:
Σφράγιση
Ποσότητα παραγγελίας min:
10
Τιμή:
Διαπραγματεύσιμα
Συσκευασία λεπτομέρειες:
Ξύλινη παλέτα
Χρόνος παράδοσης:
25 μέρες
Όροι πληρωμής:
T/T
Δυνατότητα προσφοράς:
100 τεμάχια/ημέρα
Επισημαίνω

stamped brazed liquid cold plate

,

energy storage battery cold plate

,

587 cell battery heat dissipation

Περιγραφή προϊόντος
Product Details
Place of Origin
China
Brand Name
Trumony
Certification
ISO9001, IATF16949
Model Number
RR-051905
Core Process
Continues Brazing, Stamping
Shape
Customized
Warranty
10 Year
Surface Treatment
Epoxy Coating

Product Overview
Introduction:
Our 587 Cell Stamped Brazed Liquid Cold Plate is a proven thermal management solution specifically developed for heat dissipation in energy storage system (ESS) battery racks. It employs a reliable manufacturing process that integrates precision stamping and vacuum brazing, offering a durable, high-performance cooling solution for battery configurations.
Manufactured from high-quality aluminum alloys, the core structure of this cold plate is formed using existing precision stamping tooling, designed to efficiently create micro-flow channels optimized for heat distribution. The stamped components are then fused into a single, robust unit through a high-temperature vacuum brazing process. This established manufacturing pathway eliminates the need for new tooling investment, enabling rapid prototyping and swift production ramp-up. Each unit is subjected to standard leak testing to ensure operational integrity.
Key Parameters
Item
Specification
Material / Value
1
Base Material
3003 Aluminum
2
Coolant
50/50 Water & Glycol Mixture
3
Core Process
Stamping & Vacuum Brazing
4
Design Application
587-Cell ESS Battery Rack

587 Cell Stamped Brazed Liquid Cold Plate For Energy Storage System Battery Heat Dissipation 0

Primary Applications
This stamped and brazed liquid cold plate is a specialized thermal solution engineered for large-scale energy storage installations. Its primary application is:
  • Thermal Management for 587-Cell ESS Battery Racks:​ Specifically designed to provide uniform and effective cooling for battery modules configured in a 587-cell arrangement within commercial and industrial energy storage cabinets, ensuring temperature stability and extending battery cycle life.
Key Advantages:
  • Rapid Prototyping for Project Validation:​ With tooling already developed, we can quickly produce functional samples, significantly accelerating your project's validation phase. This allows for faster thermal performance testing and system integration checks.
  • Cost-Effective, Tooling-Ready Solution:​ The availability of existing stamping dies means no upfront tooling costs or lengthy development delays for customers, translating into a lower total cost and faster time-to-market for your ESS project.
  • Efficient Heat Dissipation Design:​ The stamped flow channel pattern is engineered to provide excellent thermal coverage for the 587-cell layout, promoting even temperature distribution across the entire battery module to prevent hot spots and ensure consistent performance.
  • Durable, Monolithic Construction:​ The vacuum brazing process creates a strong, leak-proof, one-piece structure that is highly resistant to the thermal cycling and long-term operational demands typical in energy storage environments.
  • Proven Design for Scalable Production:​ As a mature product, it offers reliability and consistency. The manufacturing process is streamlined for scalable production, ready to support volume orders once the design is validated and approved.
Our 587-cell liquid cold plate is an ideal, ready-to-deploy thermal solution for energy storage system integrators and manufacturers, where proven performance, speed to market, and cost efficiency are critical. We provide end-to-end support from initial sample provision to volume manufacturing.
Frequently Asked Questions
Q: Is the stamping mold for this 587-cell cold plate already available?
A:​ Yes. The production tooling for this specific 587-cell design is fully developed and ready for use. This allows us to proceed directly to sample fabrication without any tooling lead time or NRE cost for you.
Q: How quickly can you provide functional samples for our testing?
A:​ Leveraging the existing tooling, we can typically deliver first-article samples within 2-3 weeks after receiving your official sample request, enabling a fast turnaround for your project validation phase.
Q: What are the standard payment terms for prototyping and production?
A:​ For initial samples, we typically require full payment for the sample order. For subsequent production orders, our standard terms are a 30% deposit with the purchase order and the 70% balance due before shipment.
Q: Can this cold plate design be slightly modified for our specific rack layout?
A:​ While the core stamped channel pattern for the 587-cell layout is fixed, we have some flexibility for minor customizations. This can include adjustments to the overall outer dimensions (via trimming), port locations, and mounting hole patterns to better fit your specific cabinet design.
Q: What testing do you perform on the samples/production units?
A:​ All units undergo standard pressure decay leak testing to ensure seal integrity. For samples, we can also provide basic thermal performance data upon request. More comprehensive testing can be arranged as a custom service.
Q: What is the lead time for mass production after sample approval?
A:​ Once the samples are approved, mass production can typically begin within 4-5 weeks, as the supply chain and production line are already aligned for this product.
Q: What is the minimum order quantity for production?
A:​ To utilize the existing tooling economically, we have a standard production MOQ. However, we are open to discussing pilot production quantities to support initial system builds. Please contact us for specific quantity details.
Ετικέτες: 

θερμαντικό σώμα αυτοκινήτων αργιλίου,

μέρη αυτοκινήτου αργιλίου,

stamped brazed liquid cold plate

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