We are witnessing rapid growth in battery and energy storage technology. The
industry, from Electric Vehicles (EVs) to applications such as Battery Energy Storage
Systems (BESS) is demanding superior battery performance. However, satisfying
these expectations has to be accompanied by high-demanding standards for their
quality level and most importantly – safety and reliability.
To meet these requirements, battery manufacturers have to put their products
through a rigorous evaluation before they enter the market. This testing proves that
the product is fulfilling all the conditions set by the manufacturer itself, as well as by
the industry and legislative, in addition to environmental requirements.
In order to comply with all regulations and standards, electronic manufacturers
perform product testing for batteries and energy storage. Here is when testing
laboratories have importance in this field. They can assess such products in a wide
range of application possibilities, from the automotive sector to aviation, BESS,
shipping, etc., and will assure that the product meets the requirements for passing
necessary battery certifications.
As an example, industrial ovens can perform high-temperature testing for electronic
components to test their reliability and durability in extreme conditions. Other
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noteworthy tests include heat generation measurements during battery
charge/discharge and capacity measurements in differentiating thermal conditions.
Another domain of testing laboratories is the provision of quality control. As these
have the necessary equipment, which especially focuses on battery testing, including
electrical, mechanical, thermal, corrosion, humidity, vibration assessment, and many
more, potential issues and failures of the products can be identified in the early
stages.
Therefore, the reputation of the manufacturer will not be damaged, recalls would be
avoided and the number of warranty claims would be minimized. As a result, this
would lead to another important benefit – cost reduction. Early potential weakness
identification can save a considerable amount of money, as recalls, and potential
legal disputes will be avoided.
Moreover, acquiring a battery certification is essential for gaining customers’
confidence. Certificates have to be obtained from registered and accredited
laboratories in order to enhance the trust in customers for the quality, safety, and
reliability of the product.
Furthermore, testing laboratories can boost product development and provide
manufacturers access to global markets. Having their new and innovative products
tested against international standards and requirements, companies can enter
markets with greater confidence, knowing that their products meet all the safety and
performance standards.
Are you interested in other technology articles with topics related to the
manufacturing industry? Do you want to know more about industrial ovens? Click
the link to find more information, learn about common applications, and steps for
choosing your industrial oven, and explore the wide assortment of featured industrial
ovens, in addition to many other interesting articles regarding thermal processing
technology.
Photo by Mika Baumeister on Unsplash
We are witnessing rapid growth in battery and energy storage technology. The
industry, from Electric Vehicles (EVs) to applications such as Battery Energy Storage
Systems (BESS) is demanding superior battery performance. However, satisfying
these expectations has to be accompanied by high-demanding standards for their
quality level and most importantly – safety and reliability.
To meet these requirements, battery manufacturers have to put their products
through a rigorous evaluation before they enter the market. This testing proves that
the product is fulfilling all the conditions set by the manufacturer itself, as well as by
the industry and legislative, in addition to environmental requirements.
In order to comply with all regulations and standards, electronic manufacturers
perform product testing for batteries and energy storage. Here is when testing
laboratories have importance in this field. They can assess such products in a wide
range of application possibilities, from the automotive sector to aviation, BESS,
shipping, etc., and will assure that the product meets the requirements for passing
necessary battery certifications.
As an example, industrial ovens can perform high-temperature testing for electronic
components to test their reliability and durability in extreme conditions. Other
noteworthy tests include heat generation measurements during battery
charge/discharge and capacity measurements in differentiating thermal conditions.
Another domain of testing laboratories is the provision of quality control. As these
have the necessary equipment, which especially focuses on battery testing, including
electrical, mechanical, thermal, corrosion, humidity, vibration assessment, and many
more, potential issues and failures of the products can be identified in the early
stages.
Therefore, the reputation of the manufacturer will not be damaged, recalls would be
avoided and the number of warranty claims would be minimized. As a result, this
would lead to another important benefit – cost reduction. Early potential weakness
identification can save a considerable amount of money, as recalls, and potential
legal disputes will be avoided.
Moreover, acquiring a battery certification is essential for gaining customers’
confidence. Certificates have to be obtained from registered and accredited
laboratories in order to enhance the trust in customers for the quality, safety, and
reliability of the product.
Furthermore, testing laboratories can boost product development and provide
manufacturers access to global markets. Having their new and innovative products
tested against international standards and requirements, companies can enter
markets with greater confidence, knowing that their products meet all the safety and
performance standards.
Are you interested in other technology articles with topics related to the
manufacturing industry? Do you want to know more about industrial ovens? Click
the link to find more information, learn about common applications, and steps for
choosing your industrial oven, and explore the wide assortment of featured industrial
ovens, in addition to many other interesting articles regarding thermal processing
technology.
