qr_ul_company.png
UL Solutions 的工厂投产调试服务，助力企业高效推进新厂投产。
建立新工厂是一项风险极高的任务。在各个阶段都存在着需要应对的各种风险：从工厂的初期建设阶段（包括厂区规划和施工）；到设备与产线的监管审批；再到供应链的建立、设备的调试、员工的培训，以及后续的维护和工厂规模的扩展。
制造商需要应对与设备和系统相关的复杂的当地法规及审批流程，若未能妥善处理这些监管要求，将会严重延误项目进度，并增加成本。凭借数十年的全球经验，UL Solutions 的专家团队可协助制造商使其工厂设施符合关键的安全与性能标准。这样一来，制造商就能建立既合规又可靠的运营体系，从而顺利实现产品的投产或业务的扩展。
点击或扫描二维码，探索与工厂车间设备相关的规范和标准。
您的工厂在投产前，各项准备工作都准备就绪和吗？
在投入运营之前，工厂需要满足各项法规和安全要求，包括验证设备安全性，以及符合各项建设规范的要求。对于从事制药、电动汽车（EV）电池生产、机械制造、电子工业以及食品生产等行业的制造商而言，如果在此阶段出现延误将会导致整个供应链的成本上升。
UL Solutions 的优势
我们的全球专家团队与各地法规机构、工程师及运营团队紧密协作，能够及早发现潜在问题，从而减少返工环节，加快从设施建设到投入生产的进程。ULSolutions 通过综合性的调试支持方案，助力企业减少工厂投产过程中的潜在延误环节，该方案包括:
投产前的准备工作： 提前对相关标准开展全面审查，以便了解国家及地方层面的各项法规要求
执行与检验： 对供应链和设备安全进行第三方验证
差距分析与故障排除： 识别那些可能阻碍法规机构审批的设备或安装缺陷
运营信心： 向法规监管机构展示设备的安全性及所获得的相关批准文件
UL Solutions 工厂投产调试阶段所提供支持的优势：
早期阶段的法规支持
- 关于法规、标准及电气与安全规范培训
- UL 标准的相关培训
- 与法规机构的会议沟通
供应链及设备安全性验证
- 对生产线设备的现场评估、测试或认证
向法规机构展示设备安全性
- UL 现场评估标志与报告
- UL 认证标志
- UL 限量生产认证标志
设备改造或扩建后的安全性验证
- 现场评估
- 认证更新
观看我们的视频
这段由 UL Solutions 制作的视频强调了在当今快速发展的各个行业中，安全、合规与创新的重要性。它展示了如何通过专业的知识与技能，助力企业打造出更安全的产品，从而实现可持续性发展。观看视频后，您能清楚地了解 UL Solutions 是如何凭借科学手段、专业能力以及合作伙伴关系，助力创造更安全的生活和工作环境的。
谁能从中受益？
我们的服务受益方包括工厂业主、工程采购与施工承包商（EPC）、设施管理人员，以及从事扩建或新建项目（尤其是那些受监管行业）的合规团队。这些利益相关方将获得：
- 更快的投产就绪周期
- 促进利益相关方与供应商之间的协调
- 降低因设备安全问题导致投产延误的风险
- 更有信心系统能够按照安全要求正常运行
Frequently asked questions
- How do I determine which local, regional and national codes apply to my new facility — and where do interpretation differences typically cause delays?
Start with a complete regulatory mapping of the destination region, including national standards, state/province codes, and municipal requirements. Because some jurisdictions interpret broader standards differently, early engagement with local Authorities Having Jurisdiction (AHJs) helps avoid misinterpretations that lead to rework.
- If our equipment was previously certified for another country, what additional evaluations or certifications will we need to operate legally in the new location?
Certification rarely transfers automatically across borders. Equipment may require field evaluations, additional electrical safety testing, or new certification marks to meet local standards. A gap assessment identifies where current approvals diverge from destination requirements.
- How can we identify compliance gaps before construction and installation begin, so we avoid redesigns, rework or costly project delays?
Conduct a pre-commissioning compliance review early in the planning stage. This includes comparing facility design, equipment specifications, and control architectures to local regulations. Early discovery is far less costly than retroactive corrections.
- Who needs to be involved internally, and how should we organize compliance responsibilities across teams?
Compliance typically involves engineering, Environment, Health and Safety (EHS), operations, procurement, and IT/cybersecurity. A cross-functional steering group, supported by a compliance advisor, supports understanding among all stakeholders of design implications and sign-off requirements throughout the project lifecycle.
- What are common compliance or permitting mistakes — and how do we avoid them?
The most common mistakes include assuming existing equipment credentials transfer, missing early AHJ coordination, bypassing documentation requirements and underestimating time for evaluations. Proactive planning and third-party advisory support help avoid these pitfalls.
- When should we engage Authorities Having Jurisdiction (AHJs)?
As early as possible — ideally in the conceptual design phase. Early alignment reduces approval friction, clarifies expectations and avoids construction or installation work that may later need to be modified or redone.
- How can we meet testing, certification and inspection requirements without jeopardizing timelines and budget?
Prioritize risk-based scheduling. By sequencing evaluations according to equipment criticality and lead times, you maintain progress while supporting compliance. This also reduces bottlenecks during startup and final inspection.
- How does commissioning differ from installation or startup?
Installation focuses on building and connecting the equipment and systems.
It confirms that machinery, electrical systems, and infrastructure are installed according to drawings and specifications, but it does not cover safety, code compliance or system performance.
Startup focuses on initial operation.
During startup, systems are powered on and basic functionality is confirmed. This shows that equipment runs, but does not assess whether it meets applicable codes, safety standards or regulatory requirements.
Commissioning focuses on safety, compliance and readiness for intended use.
- What’s the difference between factory commissioning and building commissioning?
Factory commissioning focuses on the manufacturing process, equipment and operational safety inside a factory — assessing whether production equipment, electrical systems, controls and emerging technologies meet applicable codes and regulations and are ready for approval and operation.
Building commissioning evaluates whether the building works properly.
