Logistics Facility Planning & Improvement | Related Knowledge Menu

jp tw _Email__ By Logistics Technology Institute
TCalc Knowledge Base

Basic Knowledge of Logistics Facility & Distribution Center Design - From Data Analysis to Logistics System Construction

"Logistics Facility Planning & Improvement | Related Knowledge" is a portal summarizing basic knowledge on advanced data analysis methods (EIQ Analysis, ABC Analysis) essential for effective logistics facility planning and distribution center design.

We publish the documentation necessary to derive prerequisite conditions for high-precision logistics systems—serving everyone from logistics practitioners aiming to solve operational issues and optimize hubs, to students learning next-generation logistics system construction based on fractal theory.

💡 When conducting practical data analysis and logistics system construction, please make use of our institute's dedicated software.

📚 1. Development of Logistics and the Logistics Mechanism

1-1. About Logistics How did logistics develop? Did containers transform logistics? 1-2. Differences Between Conventional Calculation (ABC Analysis) and TCalc In TCalc, 5-rank aggregations using traditional ABC analysis methods are called "Conventional Calculations." 1-3. TCalc 2: Distribution Center Sizing Calculation TCalc 2 integrates individual site calculation logics to derive scale—from receiving to shipping, storage, building, and site area—based on overall data averages (Tera settings). 1-4. From TCalc 1 to Layout Design When considering advanced logistics equipment/machinery not built into TCalc 2, aggregate by work operation using TCalc 1's EIQ matrix table to derive values needed for logistics facility layout.

📚 2. Logistics Facilities and Distribution Center Design & Construction Planning

2-1. Ratio of Land Costs to Logistics Costs Explains land costs, which represent a high percentage of logistics expenses, and logistics facilities. 2-2. Land Costs and Construction Costs Explains land acquisition expenses and construction costs during distribution center design. 2-3. Comparison Table of Construction Costs & Land Costs for 1 to 5 Story Buildings Explains the comparison of land expenses and construction costs associated with multi-story logistics facilities. 2-4. Useful Life of Logistics Equipment Explains the useful service life of equipment essential for logistics system construction. 2-5. Return on Investment Calculations for Mechanization & Automation Explains cost-benefit analysis for mechanization investments in distribution center design. 2-6. Distribution Center Mechanization Investment Proposal Sample Explains sample investment proposal documents for system implementation in logistics facilities. 2-7. Return on Investment (ROI) Calculation Sheet Explains methods for calculating Return on Investment (ROI) when constructing logistics systems. 2-8. Useful Life of Logistics Equipment & Hub Planning Comprehensive Reference Comprehensive reference covering equipment service life and facility hub planning. 2-9. Bank Loan Repayment Simulation Explains loan repayment simulations for logistics facility construction and capital investments.

📚 3. Location and Transport Strategy

3-1. Transport Methods and Types Fundamental knowledge on inter-facility, trunk line, secondary delivery, and transport modes. 3-2. Notes on Cargo Transport Volume Domestic logistics volume trends and major distribution industrial parks/logistics facility hubs nationwide. 3-3. Definition of Hub Count and Scale Facilities functioning as "logistics/distribution centers" across Japan are estimated at roughly 25,000 to 30,000 locations. 3-4. About 3PL and Joint Logistics Outsourcing (3PL) methods and joint delivery mechanisms utilizing logistics facilities. 3-5. Differences Between B2B and B2C Structural differences in commercial flow, logistics operations, and data analysis. 3-6. Necessity of SCM and Information Alignment The Bullwhip Effect and the role of logistics system construction in the SCM era. 3-7. Location Selection for Logistics Facilities Explains 6 evaluation axes for logistics facility location selection and recent trend shifts. 3-8. Consolidation of Logistics Hubs (Relocation) Learn cost and trade-off structures in distribution center design from facility consolidation case studies. 3-9. About Milk Run Transport (Iterative Pickups) Efficiency optimization processes through procurement logistics and pickup runs. 3-10. Logistics Facility Planning & Hub Type Comparison in Supply Chains Understand regional differences between "production logistics" and "sales logistics" across supply chains, as well as transaction format shifts in B2B, B2C, and C2C. 3-11. Distribution Center Types and Functional Levels Sales logistics characteristics and 4 maturity stages of logistics system construction & automation. 3-12. Building Coverage Ratio and Floor Area Ratio Calculation methods for building coverage and floor area ratios essential to distribution center design. 3-13. Logistics System Construction Period and Team Composition Project management methodologies for logistics facility development and system implementation. 3-14. Sample Project Documentation Basic planning document models to incorporate into distribution center design proposals and plans. 3-15. Examples of Logistics System Construction Case studies in layout design, order picking, and WMS (logistics system construction). 3-16. Logistics Equipment Processing Capacity Explains processing capacity benchmarks for equipment and how to apply them in logistics system construction & design.

📚 4. About Logistics Analysis

4-1. Logistics Analysis Methods and Utilization Effective data analysis procedures (ABC / EIQ analysis) and current status survey sheets. 4-2. Logistics Data Analysis & Field Survey Methods in Facility PlanningTo formulate advanced logistics facility planning and construct next-generation distribution centers with high ROI, multi-faceted logistics data analysis extending beyond surface-level aggregation is essential. 4-3. Explanation of Data Analysis and System ConstructionLogistics system design originating from shipping data, along with EIQ analysis and PCB analysis simulations. 4-4. Importance of Current Status and Field Surveys in Logistics Facility PlanningBuilding a non-wasteful distribution center requires not only digital data analysis, but also precise current status surveys and lived field surveys.

📚 5. Other Items

5-1. Frozen Foods "Automated Sorting & Distribution System" Visual case studies of automation, equipment implementation, and logistics system construction in cold storage facilities.
💡 Tips on Utilizing Data Analysis Tools

We recommend first reviewing "Raw Data Preparation Manual 1" and "Logistics Analysis Methods and Utilization" to grasp the data collection and data analysis concepts (EIQ & ABC Analysis) necessary for logistics system construction before proceeding to distribution center design simulations using specialized software.

Putting Theory into Practice: Dedicated Data Analysis Portal Site

Would you like to simulate the distribution center design basics and data analysis methods (EIQ / ABC Analysis) learned here using actual data?
We freely release high-precision forecasting software for practitioners working on logistics facility improvements and students researching logistics system construction.
You can check details and download software from the dedicated portal sites below.

📊 To TCalc (Data & ABC Analysis) Site 🤖 To Logistics AI "EIQ_AI" Site 🏢 To Logistics Technology Institute Main Portal