Certification Services | Battery & Energy Systems
Solution · Compliance & Delivery

Certification Services

Engineering-oriented certification support ensuring battery systems, enclosures, and assemblies meet international safety, compliance, and transportation requirements.

Target standards
UN38.3
Transport safety readiness
Vehicle safety
ECE R100
Design-for-compliance
Deliverable
Traceability
Records & documentation
Compliance Path
Design → Build → Test → Ship
Certification services placeholder
Readiness
Design & build
Testing
Coordination
Docs
Traceability

Why Certification Matters for Battery Systems

Battery systems are regulated products. Certification is a mandatory step for commercialization, not an option. Without proper certification, products cannot be shipped internationally, projects face delays or rejection, and safety/liability risks increase.

International shipment
Avoid customs & carrier rejection
Project schedule
Reduce re-test & redesign cycles
Safety & liability
Control risk before field deployment
Commercial readiness
From prototype to market
Certification importance placeholder
Image placeholder suggestion
Use: UN labels + document set + packed battery crate photo.

Our Role in Certification Services

We do not act as a testing laboratory. We serve as a manufacturing and engineering partner that prepares products to successfully pass certification—through structural readiness, manufacturing consistency, test coordination support, and documentation alignment.

Structural readiness
Design + build aligned to tests
Manufacturing consistency
Repeatable results, not “one-off”
Testing coordination
Plan, support, iterate
Documentation alignment
Records + traceability for approval

Certification-Oriented Manufacturing Mindset

Certification success depends on early design decisions. We align manufacturing with certification requirements by controlling structural integrity, ensuring sealing and safety margins, designing for repeatable test results, and avoiding late-stage redesign.

Control structural integrity
Load paths, fixation, deformation behavior
Sealing & safety margins
IP strategy + leak prevention readiness
Design for repeatable outcomes
Fixtures, processes, stable batches
Avoid late redesign
DFM + risk review early
Mindset placeholder
Fixture placeholder Sealing placeholder

Supported Certification Standards

We support projects targeting major battery-related standards, including UN38.3, ECE R100, and related regional or project-specific requirements. Support scope depends on system architecture and destination market.

Standard
UN38.3
Transportation safety readiness and planning
View support scope
Standard
ECE R100
EV battery safety design-for-compliance
View support scope
Additional
Regional / Project-Specific
Aligned by destination market and customer specs
Discuss your market
06 · UN38.3

UN38.3 Certification Support

UN38.3 is required for lithium battery transportation. We support UN38.3 readiness by ensuring structural robustness, supporting test sample preparation, aligning pack design with transport tests, and coordinating test sequences with partners—reducing risk of test failure.

Structural robustness
Fixation + protection for transport loads
Sample preparation
Representative builds with controlled conditions
Test sequence coordination
Plan with partners to avoid delays
UN38.3 placeholder
Shock/vibration placeholder Docs placeholder
ECE R100 placeholder
Sealing close-up placeholder Mounting points placeholder
07 · ECE R100

ECE R100 Certification Support

ECE R100 applies to electric vehicles and battery systems. We support R100-related readiness through structural enclosure integrity, sealing and environmental protection, mechanical safety considerations, and manufacturing repeatability. Our focus is on design-for-compliance.

Structural enclosure integrity
Load-bearing trays, deformation control
Sealing & environmental protection
IP strategy + validation readiness
Manufacturing repeatability
Stable process to match the tested design

Readiness Areas That Decide Test Outcomes

Certification often fails due to late-stage readiness gaps. We focus on structural safety, sealing reliability, and thermal/functional stability early.

08

Structural Safety & Mechanical Compliance

Impact-resistant enclosures, load-bearing tray/housing design, controlled deformation behavior, secure mounting and fixation.

Structural placeholder
09

Sealing & Environmental Protection

IP67/IP69K sealing strategies, leak prevention and validation, moisture/contamination protection—verified before certification testing.

Sealing placeholder
10

Thermal & Functional Readiness

Cooling system readiness, stable thermal interfaces, no leakage/deformation during testing, functional consistency under load.

Thermal placeholder
11

Prototype and Test Sample Preparation

Certification requires representative samples. We support prototype builds, controlled sample preparation, consistent manufacturing conditions, and documentation of build configuration.

Sample preparation placeholder
12

Testing Coordination and Support

While testing is conducted by accredited labs, we support test planning coordination, engineering support during testing, response to non-conformities, and iteration if required—shortening certification cycles.

Testing coordination placeholder

Documentation and Traceability Support

Certification relies on documentation. We support manufacturing records, material traceability, process descriptions, and supporting technical documentation—reducing approval delays.

Manufacturing records
Build and process evidence
Material traceability
Certificates and batch mapping
Process descriptions
How the product is consistently made
Technical documentation
Supporting files for lab/customer review
Documentation placeholder
Material certificate placeholder Inspection record placeholder

Certification and Mass Production Alignment

Certification must align with production reality: the certified design should match mass production design, processes must remain stable, and tested samples should reflect delivered products—avoiding re-certification risks.

Design consistency
Tested = delivered
Process stability
No “post-cert” drift
Traceability
Batch mapping & records
Ramp-up readiness
Pilot → series smooth

Typical Projects Requiring Certification Support

Certification services are commonly required for EV battery packs, ESS systems, heavy-duty/commercial vehicles, industrial battery systems, and export-oriented battery products.

Why Choose Us for Certification Services

Engineering-driven compliance mindset, strong integration with manufacturing, experience with battery system structures, focus on certification success (not paperwork), and reliable support from prototype to delivery.

Compliance mindset
Design-for-compliance early
Manufacturing integration
Stable processes
Battery structure experience
Enclosures & thermal systems
Test-cycle efficiency
Plan, support, respond fast
Prototype → delivery
Long-term partnership

Contact & Certification Consultation

Tell us your destination market, system architecture, and target standards. We’ll map a readiness path that fits manufacturing reality.

Email
andrew@sannytelecom.com
UN38.3 · ECE R100 · Export compliance support
Discuss Certification Needs · Start Your Project
Suggested info: target standard (UN38.3 / R100), destination market, pack type (module-to-pack / CTP), enclosure sealing target (IP67/IP69K), cooling system type, and build stage (prototype/pilot/series).
Tip: Put “standard + market + build stage” in the email subject to speed up coordination.