Comprehensive Certification: Upholding Quality and Safety in New Energy Technologies

Introduction

In the dynamic landscape of the new energy industry, the advent of innovative technologies, particularly in the realm of electric vehicles (EVs) and energy storage systems, has spurred a transformational shift towards sustainability and efficiency. A vital component underpinning this evolution is the Battery Management System (BMS), which ensures the optimal performance and safety of lithium batteries. As a content editor for the new energy industry, this article sheds light on the integral role of comprehensive certification in upholding the quality and safety of new energy technologies.

Company Profile

Shenzhen Tianbangda Technology Co., Ltd., established in Nanshan, Shenzhen, has burgeoned into a luminary in the new energy sector. The company's inception was marked by a mission to lead the intelligent manufacturing industry with dual accolades as a leading enterprise and figurehead. Pioneering in lithium battery power management systems, Tianbangda quickly expanded, moving to Guangming Yulu and establishing a new factory in 2015. This strategic move allowed the company to delve into energy storage and new energy vehicles, thereby cementing its status as a prominent player in the industry.

1.1. Company Development History

Since its establishment, Tianbangda has achieved significant milestones. The Guangming New District bestowed several honors upon the company, including the Mayor Quality Award Nomination and the Science and Technology Innovation Committee Technology Research Project Award. The company's relentless pursuit of excellence is also exemplified by its acquisition of crucial certifications such as GB/T 29490 for intellectual property management and IATF16949 for automotive industry quality management.

1.2. Company Business

Tianbangda's business ethos is to be an industry leader, a testament to its comprehensive strength. Positioned as a provider and manufacturer of lithium battery control systems, the company serves international first-line terminal products from renowned brands such as Huawei, Beats, and Lenovo. With a focus on well-known enterprises, Tianbangda's dynamic BMS caters to a broad spectrum of applications, including power backup, energy storage products, and micro-hybrid BMS systems for logistics and passenger vehicles.

1.3. Strategic Layout and Sales

The company's strategic layout is underpinned by its robust sales network, with headquarters in Shenzhen and offices in Shanghai, Tianjin, and Fuzhou. Aiming for a turnover target of 8.5 billion RMB, Tianbangda has shown consistent growth, demonstrating the industry's confidence in its offerings.

1.4. Certification System

Tianbangda's commitment to quality and safety is reflected in its certification system. The company adheres to international and domestic standards, including ISO9001 for quality management, ISO14001 for environmental management, and QC080000 for hazardous substances management. These certifications, alongside a suite of imported process management systems such as DFM and MES, ensure that Tianbangda's products meet the highest industry benchmarks.

Steps to Utilize Background

2.1. Government Policy Promotion

The background from which Tianbangda operates is significantly influenced by government policies promoting the recycling and utilization of power batteries for new energy vehicles. Measures and provisions issued by the Ministry of Industry and Information Technology have catalyzed the implementation of traceability management and pilot recycling programs, thus reinforcing the industry's commitment to sustainability.

Three-Tier Utilization Plan

3.1. Background of Echelon Utilization

As new energy vehicle power batteries enter a phase of large-scale retirement, the need for an echelon utilization plan becomes paramount. Tianbangda has responded to this call by collaborating with companies like BYD and China Tower to test and implement large-scale cascade utilization of retired lithium iron phosphate batteries, demonstrating a viable pathway for repurposing batteries in applications such as communication base station power backup and energy storage.

3.2. Ladder Battery Usage Pattern

Tianbangda's utilization plan delineates three modes for treating retired power batteries: large PACK use, module use, and regeneration use (single use). Each mode is tailored to specific application scenarios, from communication base station backup power to peak shaving and valley filling energy storage. The BMS plays a critical role here, ensuring that the battery packs operate safely and efficiently regardless of the usage model.

3.3. Ladder Utilization Plan

The ladder utilization plan is meticulously designed to cater to single usage, module usage, and big PACK usage models. This involves adapting BMS to various scenarios, whether through board level installation for communication base stations or modular on-site installation for home energy storage. The plan also encompasses a multi-cluster optimized management solution, balancing safety, reliability, and cost-efficiency.

Conclusion

Tianbangda's trajectory in the new energy industry illustrates the indispensable role of comprehensive certification in maintaining quality and safety standards. Through its multifaceted business strategy, stringent adherence to certification requirements, and innovative utilization plans, the company not only fosters the performance of lithium battery technologies but also champions a sustainable energy future. The company's success story serves as a blueprint for others in the industry, underscoring the significance of certification in upholding the integrity and potential of new energy technologies.