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ESG新视野: ROBOT CELL智慧制造如何引领制造业迈向低碳、高效未来

近年来制造业面临着两大挑战:缺工和减碳。其中,缺工问题透过智慧制造让机器人取代人力已获得很好的改善,不仅如此,还能降低劳工工安风险,也使劳工能更专注在策略性工作,可说是一石三鸟。


随着政府积极朝向2050净零排放努力、2023年CBAM开始实施、气候法通过,金管会也开始透过绿色金融来引导企业投入ESG,而缺乏环保与劳动权益将会受到资金惩罚,可以预见企业正面临碳额度及相关费用的压力。


ROBOT CELL致力于解决制造业痛点,包含令人头痛的缺工和减碳,配合政府以低碳、智慧化政策为目标,致力于减排议题,探讨智慧制造如何切入减碳,机器人是否确实比人类排碳更少,以及其对减碳的具体功能。ROBOT CELL未来将融入减排元素,使产品成为ESG的核心关键。

根据工研院《净零碳排趋势下,对成型机械业及供应链之影响及因应建议》报告,指出人类劳工的碳排比机器人高出约两倍。尽管该报告主要着墨于ISO14064的通勤排碳计算,但实际数据会受通勤习惯、工作情境、以及轮班运作的影响,可能使通勤排碳增至三倍。报告指出,虽然员工造成的碳排不仅限于通勤,但却是最为直观的数据。

员工碳排是持续累积且不限于通勤,而机器人的主要碳排则来自用电。考量到绿电兴起,每度电的碳排预期将减少。公司若投资太阳能板,用电排碳可被抵减。是否仍应保持人力而非机器人,明确的答案是否定的。

更重要的是——机械手臂可应用在高负载、高危险性情境,取代人力更为安全。


机床搭配机械手臂的自动化解决方案现在已经百家争鸣,而我们的优势是针对不同行业提供工艺包,让CNC端操控机械手臂符合各行业习惯。

联达机械手臂在「待机状态」下的耗能约为0.192千瓦,相较于研究引用中的「工作平均0.5千瓦」,更有耗能效率上的优势。更重要的是,不仅仅是单机单手臂的智慧化。新代集团更开发了金属加工产业专用的云端系统,可以协助客户导入工厂管理广告牌,例如「稼动率广告牌」、「生产管理广告牌」、「能耗监看」与「机边刀补」等,让工厂运作状态全数据显示,效能运用看的到才能管的到。

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