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所在平台: Udemy |
课程主页: https://www.udemy.com/course/sap-co-product-costingsteel-manufacturing-process-s4-hana/
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课程名称：SAP CO 产品成本核算 “钢铁制造过程”-S/4 HANA 课程概述：钢铁制造涉及多个步骤，产品成本核算在该行业中非常复杂。SAP CO 提供必要的工具和功能，以实现准确的产品成本核算，帮助钢铁制造企业进行高效的成本控制。本课程将深入讨论 SAP CO 在钢铁制造领域的实施。 1. **SAP 在钢铁行业的实施**： 实施 SAP 需要深入理解行业特定的流程。钢铁制造过程的复杂性需要量身定制的 SAP 解决方案，以确保系统有效映射和执行相关流程。 2. **课程结构**： 本课程适合希望在钢铁行业实施 SAP 的咨询师，结构应包括实际的现场案例，考虑行业最佳实践和钢铁制造的特定细节。 3. **钢铁行业的制造过程**： - **铁的生产**：铁矿石、石灰石和焦炭在高炉中加工，生产出烧结矿。烧结是一个重要过程，它提供了丰富的原材料，同时减少废物。焦炭由不同等级的煤生产，在高炉中作为还原剂。 - **初级炼钢**：将所生产的热金属与废钢结合。主要有两种工艺： - **基本氧气炉（BOF）**：使用高炉中的热金属和钢废料，是一种广泛使用的方法。 - **电弧炉（EAF）**：使用直接还原铁（DRI）和废金属，因其环保优势，越来越受欢迎。根据客户需求，可以结合 BOF 和 EAF 的混合成本计算过程。 - **二级炼钢**：此过程形成板坯、方坯和坯料，这些是多种应用的基本材料。 4. **成本核算的月末结算**： - 使用 F-02 将所有财务费用记录到统一成本中心，确保后续步骤中的费用分配。 - 使用 KB31N 输入生产成本中心的统计关键数据（SKF），有助于基于实际生产数据的准确间接费用分配。 - 使用 KSU1 创建评估周期，定义内部成本如何在各个成本对象之间分配。 - 使用 CPTD 根据模板分配实际间接费用，确保费用基于预定标准或模式进行分配。 - 使用 KSU5 运行评估周期，按评估规则将费用从发送成本中心分配至接收成本对象。 - 使用 KSS2 基于活动消费分配费用，并使用 KSII 计算实际活动费率，更新计划费率以提供更准确的成本。 - 使用 CON2 根据更新的费率重新评估订单，以确保订单成本与最新成本数据一致。 - 使用 CO8B 结算共同产品的费用，确保共同产品的费用公平分配。 - 使用 KKS1 计算差异，以识别计划成本与实际成本之间的差异。 - 最后，使用 CO88 结算生产订单，将成本从生产订单转移至成品，完成生产成本核算流程。 总体而言，在钢铁行业实施 SAP CO 的产品成本核算提供了一种集成的方法，能够捕捉、分配和分析生产成本。正确配置并使用 SAP CO 能帮助钢铁制造商深入了解其成本，从而促进成本优化和更好的决策。
Steel manufacturing involves a plethora of steps, and product costing for this industry is intricate. SAP CO provides the necessary tools and functionalities to enable accurate product costing, aiding steel manufacturing enterprises in efficient costing processes.Let's elaborate on the SAP CO implementation for product costing in the steel manufacturing sector:1. SAP Implementation in Steel Industry: Implementing SAP in the steel industry requires an in-depth understanding of industry-specific processes. The complexity of the steel manufacturing processes requires a tailored SAP solution to ensure that the processes are efficiently mapped and executed in the system.2. Course Structure: This course, beneficial for consultants aiming to implement SAP in the steel sector, should be structured with practical live scenarios, taking into account industry best practices and the specific nuances of steel manufacturing.3. Manufacturing Processes in Steel Industry:Iron Making:Iron ore, limestone, and coke are processed in a blast furnace to produce sinter.Sintering is a vital process as it provides a rich raw material for iron making while reducing waste.Coke, produced from different grades of coal, acts as a reducing agent in the blast furnace.Primary Steel Making:The produced hot metal is then combined with scrap steel.Two primary processes are:Basic Oxygen Furnace (BOF): Uses hot metal from the blast furnace and steel scrap. This is a widespread method.Electric Arc Furnace (EAF): Uses Direct Reduced Iron (DRI) and scrap metal. This method is increasingly becoming popular due to its environmental benefits.Depending on the client's requirements, mixed costing processes might be utilized, combining both BOF and EAF methods.Secondary Steel Making:This process forms SLABS, BILLETS, and BLOOMS, which are fundamental materials used in various applications.4. Month-end Closing in Costing:F-02: Book all the financial expenses to a common cost center. This captures all costs, ensuring they are allocated in subsequent steps.KB31N: Enter statistical key figures (SKF) data for production cost centers, which aids in accurate overhead allocation based on actual production data.KSU1: Create assessment cycles. These cycles define how internal costs are distributed among various cost objects.CPTD: Allocate actual overheads using templates. This ensures overheads are distributed based on predefined standards or patterns.KSU5: Run the assessment cycle. This step allocates the costs from sender cost centers to receiver cost objects based on the rules defined in the assessment cycle.KSS2: Split costs based on activities. This distributes costs based on actual activity consumption.KSII: Calculate actual activity rates. This updates the plan rates with actual rates, providing more accurate costing.CON2: Revaluate orders based on the updated rates. This ensures that order costs are aligned with the most recent costing data.CO8B: Settle the costs of co-products. Co-products often share production costs, and this step ensures that costs are distributed fairly based on predefined rules.KKS1: Calculate variances. This step identifies any differences between planned and actual costs.CO88: Finally, settle production orders. This moves costs from production orders to finished goods, closing the loop on the production costing process.Overall, implementing SAP CO for product costing in the steel industry provides an integrated approach to capturing, allocating, and analyzing production costs. When correctly configured and utilized, SAP CO enables steel manufacturers to get insights into their costs, thereby aiding in cost optimization and better decision-making.
