Certification and Price: Certification as a Cost Component
Quality certifications for complete electrical assemblies (such as CCC, type testing, IEC, CE, UL, etc.) are components of the final price: the more extensive the certification coverage, the higher the price. Industry insiders note that the essence of the relationship between certification and price is that certification serves as the baseline proof of quality;
certification costs (testing, audits, annual inspections) are passed on to the price, whereas low-priced products lacking certification often imply a lack of any quality floor.
The Relationship Between Certification and Price
- CCC Certification: China Compulsory Certification; a market entry cost for compliant products.
Products without CCC may be cheap but cannot be used in compliance with regulations; - Type Testing: Authoritative verification of specific models (e.g., internal arc testing for high-voltage switchgear); manufacturers with extensive testing coverage offer better value;
- IEC Standards: A fundamental threshold for exports; products meeting IEC standards can circulate in international markets, with certification investments factored into the price;
- CE/UL/KEMA: High-end certifications for export to Europe and the US; these involve long cycles and high costs, resulting in a price premium of 20%–50%;
- ISO Systems: Management system certifications reflecting the manufacturer’s quality system standards, indirectly influencing price stability.
The Rationale Behind Certification Premiums
Certification costs—including testing fees, audit fees, investment in testing equipment, and annual inspection/maintenance—are inevitably passed on to the price.
With higher-priced, certified equipment, the premium pays for a “quality floor” and a “guarantee of compliance.”
Conversely, with low-priced, uncertified equipment, the potential losses from non-compliance or quality-related accidents far exceed the initial price difference.
In line with industry practice, switchgear holding premium certifications—such as KEMA—commands a price 20% to 50% higher than standard units;
however, this grants access to European markets and offers a substantial return on investment.
Procurement Recommendations
Align certification requirements with the target market: CCC plus type testing for domestic projects; IEC/CE for exports;
and UL/KEMA for high-end markets. When requesting quotes, require manufacturers to provide a list of certificates and test report numbers;
verify the authenticity of the certificates and ensure they match the specific models to prevent “certificate borrowing” (using a certificate belonging to a different product).
Pitfalls to Avoid
Beware of “borrowed certificates” in quotes, where the certificate applies to a different model than the actual product.
Watch for “expired certifications”—claims of validity despite the certificate having lapsed;
always verify the expiration date.
Also, avoid “low-priced, uncertified” goods;
complete assemblies lacking CCC certification cannot be used in compliance with regulations, rendering the low price meaningless.
Trends and Reminders
Certification systems are moving toward “mutual recognition”; international agreements reduce redundant testing, while the increased certification coverage of Chinese manufacturers drives up export prices.
For buyers, the recommendation is to select certifications based on the market, verify certificate-to-model alignment, and accept a price premium to ensure a baseline level of quality.
Certification serves as a price tag for quality—the more comprehensive the certification, the more justified the price.
