Smart warehouse

WHAT IS A SMART WAREHOUSE?

A smart warehouse, also known as an automated warehouse or intelligent warehouse, is the pinnacle of automating various warehouse components. This system uses racking systems that can be easily upgraded and expanded to increase storage capacity many times over. Similar to smart home solutions, smart warehouses are enabled by several automated technologies and interconnected. This combination increases work productivity and minimizes manpower.

INTRODUCING INTECH'S SMART WAREHOUSE SOLUTION?

As an ideal warehouse system for storing and moving goods today, it uses robots, roller conveyors, etc., to move goods, and software to control the entire warehouse system and store information.
Goods receiving and dispatching are simple with just a command; everything is automatically stored and remembered, managing inventory in real time accurately and flexibly.
In particular, the management software interface is user-friendly, with a 3D interface displaying warehouse status, import/export status, goods location within the warehouse, etc.
Today, using automated warehouse systems is a necessary solution;
it improves economic efficiency, increases warehouse storage productivity, reduces operating labor, ensures operational safety, enables fast and accurate goods import/export, and provides scientific and rigorous warehouse management.
Intech is a leading expert in Vietnam in flexible storage systems for smart warehouses (high-tech smart warehouses). Intech's Pallet Flow and Carton Flow solutions are implemented in warehouses and distribution centers nationwide. High productivity coupled with low operating costs is the key to the success of a smart warehouse.

ADVANTAGES & DISADVANTAGES OF SMART WAREHOUSES

Advantages of investment implementation:

The entire smart warehouse system is fully automated, easy, and safe to operate;
The warehouse system has high stability and low investment costs compared to conventional warehouses with the same storage capacity, and low operating costs;
Smart warehouse systems can be easily replaced and upgraded component by component quickly without affecting operation due to modularization and standardization;
The management and control software system is very flexible, easily meeting the specific needs of each customer;
Easy and scientific warehouse entry and exit, fewer operating personnel, thus saving monthly warehouse management and operating costs;
Large storage capacity in the same floor area (increased from 100% to 300% compared to conventional warehouses);

Disadvantages:

The ever-advancing technology has brought many benefits to business operations, including the warehousing sector. Always meeting customer needs and quickly adapting to market changes, businesses are increasingly focusing on and investing in high-tech storage systems. With automation and network connectivity, these systems promise high efficiency and optimized operational processes. However, investing in this storage solution also carries many risks and disadvantages that need to be carefully considered before making a decision.

Initial investment: This is one of the main disadvantages compared to traditional warehouses. Investing in smart warehouses requires a much larger amount of capital. This is due to the investment costs for automation systems such as AGV robots, automated loading and unloading robots in automated production lines, machinery, software systems, and other smart equipment.
Lack of adaptability: High-tech warehousing solutions also have drawbacks, as businesses using high-tech warehouse systems cannot quickly change or expand to meet market demands. Investing in smart equipment and new technologies to upgrade the system will also incur significant costs for businesses.
Hinders in system maintenance and repair: With the use of modern and complex technologies, system repairs will be difficult, costly, and require a clear periodic plan.
Workforce considerations: The more modern the system, the greater the need for technically skilled personnel capable of working with modern technology. Finding and hiring qualified personnel is a challenge for businesses. The use of smart equipment and industrial robots also requires a shift in the working methods of the workforce. This can cause problems and difficulties for employees unfamiliar with the technology and requires time for retraining.
Information security: With the application of technology in operations, information security also becomes a concern. Cyberattacks and data breaches are a major worry for many businesses when investing in a technology system.
Dependence on network and power supply: This is also a factor that can cause many unnecessary risks and costs for businesses. If the network system is interrupted or malfunctions, the entire factory's operations will be disrupted, affecting production efficiency.

Therefore, investing in a smart warehouse also means accepting the risks and drawbacks of modern technology. However, only when economic, human resource, and information security factors are carefully considered will the investment truly be effective for the business.

KEY BENEFITS OF USING A SMART WAREHOUSE SYSTEM

1. Cost savings compared to conventional warehouses:

The modular, standardized structure allows for quick and easy construction, expansion, maintenance, and component replacement;
High utilization rate, increasing from 100% to 300% on the same floor area compared to conventional warehouses;
Low and optimized investment costs due to our focused research, inheritance, and optimization of existing warehouse designs worldwide, and our own development and localization of the mechanical structure and control and management software;

2. Reduced operating costs and automated warehouse stacking:

Energy savings are achieved because robots are programmed for optimal and precise operation, eliminating the need for lighting during operation;
Reduced labor, specialized forklifts, and management systems; reduced unnecessary operations and errors due to incorrect operation compared to conventional forklifts. Completely eliminates the task of sorting and stacking goods in the warehouse (this task accounts for approximately 50% of the workforce and often leads to errors in warehouse management);
Accurate and flexible goods handling with speed and precision;
Robots moving and transporting goods in the warehouse on rails are manufactured from modern equipment from reputable manufacturers worldwide, resulting in a long lifespan and low maintenance costs;
Accurate quantification of the time for receiving and dispatching a batch of goods, thus enabling proactive control over delivery and receipt times;

Precisely programmed monitoring of the operational level of components for maintenance and replacement purposes.

3. Ensuring security and safety for the storage of goods for businesses:

Because the goods storage area is completely unmanned, it avoids safety hazards, losses, and ensures hygiene in the warehouse area;
The management board can remotely control and monitor warehouse operations in real time;

APPLICATIONS OF SMART WAREHOUSE SOLUTIONS BY BUSINESSES TODAY?

Building finished goods and raw material warehouses for factories producing and processing food, pharmaceuticals, etc.
Building distribution warehouses, transit warehouses, and consignment warehouses is a smart warehouse management method in the logistics industry. These warehouses will be equipped with order picking lines for each separate product category. These order picking lines will reduce labor and floor space, and control inventory data in real time during the order picking and storage process;
Building cold storage and chilled warehouses in the frozen food industry and for preserving fruits and vegetables;

SMART WAREHOUSE TECHNOLOGY - A REVOLUTIONARY SOLUTION TO MODERN WAREHOUSE MANAGEMENT?

In the era of booming digital technology, businesses are seeking groundbreaking smart warehouse management solutions to optimize operations, reduce costs, and improve efficiency. Among these, smart warehouse technology plays a particularly important role, promising to revolutionize traditional warehouse management.

A smart warehouse is an automated system operating within a warehouse, utilizing advanced technologies such as intelligent machines, artificial intelligence (AI), the Internet of Things (IoT), and warehouse management software (WMS) to optimize the goods retrieval process automatically. To accomplish these tasks, the following smart warehouse technologies are applied:

1 - Warehouse Management System (WMS)

A warehouse management system is the core software of a modern 4.0 warehouse, helping to manage goods, track goods flow, optimize warehouse space, and manage staff effectively.

The main functions of a WMS include:

Goods management: including tracking information such as product codes, quantities, warehouse location, expiration dates, etc.
Warehouse control: Monitoring warehouse entry and exit activities, managing inventory, and reporting goods status.
Planning: Creating import/export plans, allocating warehouse space, and optimizing goods transport routes.
Staff management: Recording employee information, managing tasks, and evaluating labor performance.
Connectivity with other systems: Integration with accounting software, sales management software, and supply chain management systems.

Benefits of using WMS:

Increased labor productivity: Automating processes, minimizing manual operations, and shortening goods processing time.
Reduced errors: WMS helps accurately control the quantity and location of goods, limiting errors in warehouse management.
Effective inventory management: WMS helps businesses track inventory levels and develop appropriate restocking plans, avoiding stock shortages or slow inventory levels.
Cost savings: Process automation makes warehouse management more efficient, reducing the need to hire many employees for warehouse management.

2 - Warehouse Picking/Dispatching Technology

Automated picking systems are a common technology in all modern warehouse models. Integrated with a Warehouse Management System (WMS), automated picking systems can automatically process order requests, pick items, and issue other dispatch requests.

Features of automated picking systems include:

Item Location: The system can identify the location of each product in the warehouse and link it to information in the WMS for quick searching when requested.
Order Management: The system can process customer orders, ensuring that picking is completed on schedule.
Process Optimization: The system will automatically optimize the movement of goods in the warehouse to save time and improve efficiency.
Operational Reporting: The system can provide reports on warehouse picking operations, helping businesses evaluate efficiency and make improvements.

Thanks to automation and optimization of the picking process, the automated picking system helps businesses save costs and increase labor productivity.

3 - AGV Autonomous Vehicles - a type of robotic goods transport system in warehouses

AGVs are a type of autonomous vehicle used in warehouses to transport goods from one point to another automatically or controlled by devices such as computers or smartphones.

Features of AGVs:

Automatic path programming: AGVs can be programmed to move along a fixed path and easily changed according to needs.
Utilizes sensors to detect and avoid obstacles: The AGV's sensor system helps detect and avoid obstacles during movement, ensuring the safety of goods and operators.
The vehicle integrates with a WMS warehouse management system to transmit information about the location of goods during transportation.
Cost Savings: Using AGVs instead of manual labor helps businesses save costs and optimize the goods transportation process.

4 - Automated Storage and Retrieval System (AS/RS)

An Automated Storage and Retrieval System (AS/RS) is a system that automates the process of storing and retrieving goods in a warehouse. It includes tools such as lifting robots, cranes, hoists, and moving machines to retrieve or store goods.

Features of AS/RS include:

Space optimization: Goods are stored on high shelves, saving warehouse space and optimizing area utilization.
Automated storage and retrieval: Goods can be stored and retrieved quickly.
Precise control: The AS/RS system helps accurately control the quantity of goods in the warehouse (ensuring no shortages or surpluses).
Minimized errors: Using an automated system helps minimize errors in the storage and retrieval of goods.

5 - IoT Deployment

The Internet of Things (IoT) is a technology applied in smart warehouses to connect warehouse devices using modern technology. IoT's task is to collect and transmit information about warehouse operations, helping businesses gain an overall view and make effective decisions.

Applications of IoT in smart warehouses include:

Tracking the location and quantity of goods: Sensors attached to pallets or products help businesses track the location and quantity of goods in the warehouse.
Data-driven maintenance: Data collected from sensors can be used to assess the performance of equipment in the warehouse.
Alerts are issued when malfunctions occur or when changes in warehouse operations are needed.
Monitoring of operating environmental conditions in the factory allows for the implementation of preventative measures to better preserve goods.

6 - Artificial Intelligence (AI)

Artificial intelligence (AI) is a technology used to help computers automatically learn and improve tasks. In factories, AI is integrated into systems to help make intelligent decisions and optimize processes.

Applications of AI in smart warehouses include:

Optimizing the picking or shipping route within the factory by continuously collecting inventory data.
Forecasting and planning based on factors such as customer demand and market conditions.
Inventory optimization: AI technology in smart warehouses can analyze data to provide effective inventory management recommendations, helping to minimize costs and improve efficiency.
Demand forecasting: By analyzing historical data and forecasts, this technology can help businesses predict customer demand, prepare inventory, and plan production to supply goods to the market in a timely manner.
Human Interaction: AI can be used to interact with warehouse staff, assisting them in performing daily tasks efficiently.

In the context of the Industry 4.0 revolution, applying technology to warehouses optimizes processes, saves costs, improves efficiency, and enhances service quality. Investing in these modern technologies is not only a trend towards smart warehouses but also a decisive factor in the success of a business in the digital age. The combination of humans and smart technology will create an efficient work environment, increase labor productivity, enable businesses to quickly adapt to market changes, and provide the best service to customers.

COST OF IMPLEMENTING A SMART WAREHOUSE MODEL COMBINING ROBOTS?

In the context of the ongoing Industry 4.0 revolution, the application of technology in production and goods storage is inevitable. Investing in a modern goods storage model has become an undeniable trend. However, the question surrounding the cost of implementation, solution provision, and installation is always a concern for businesses.

Factors Affecting the Cost of Implementing a Smart Warehouse

The cost of implementing a high-tech warehouse can vary greatly, depending on many different factors. Below are some key factors that significantly impact costs:

Warehouse size and type: Warehouse area, quantity of goods stored, and warehouse height directly affect implementation costs. Larger warehouses storing a wide variety of goods will require more equipment and smart systems, leading to higher costs.
Warehouse Type or Smart Warehouse Model: Different types of warehouses, such as cold storage, hazardous goods storage, and automated warehouses, will have different equipment and technology requirements, leading to different implementation costs.
Level of Automation: This refers to the technologies applied in the warehouse, such as automated guided vehicles (AGVs), automated conveyor systems, and technologies for receiving or retrieving goods. This helps increase productivity and reduce reliance on human labor in warehouse management.
Nature and Characteristics of Goods: Goods with special characteristics, such as fragile items, temperature-sensitive goods, or those with unusual dimensions, weights, or quantities, will require different equipment and storage systems. Therefore, the cost of implementing a smart warehouse will also be higher.
Location and Surrounding Environment of the Warehouse: The location of the warehouse will have different costs; deployment costs are higher in cities compared to less populated suburban areas. Alternatively, if the warehouse is to be built in an area prone to rain, wind, and dust, maintenance and operation of the equipment will be more expensive.
Required features and functions: If features such as automatic goods sorting, tracking of incoming and outgoing goods, and automated inventory management are required, implementing these features will incur significant costs.

Estimated Cost of Implementing a Smart Warehouse:

To determine the cost of implementing a smart warehouse, consider the following methods:

Steps to estimate costs: Businesses need to inventory their warehouses to choose a solution for upgrading or rebuilding. Find a warehouse solution provider to participate in the consulting and design process for your business. They will help you calculate and provide a cost forecast for implementing a smart warehouse.
Self-calculation of costs: Costs for basic warehouse solutions, advanced warehouse solutions, and comprehensive warehouse solutions can range from 10 billion to 500 billion VND.

Consulting fees for smart warehouse solutions.

Businesses often choose to consult on warehouse automation solutions before upgrading to obtain a plan and design tailored to their needs.

Overall consulting costs: Consulting companies will calculate costs based on the size of the business and the client's specific requirements. This cost includes planning, design, selection, and proposing a complete technology solution for the entire factory.
Hourly consulting costs: Some consulting companies also charge by the hour. If you only need advice on specific issues, you can hire experts to help.
Project-based consulting costs: This is a form of consulting often used when a business has a specific project and hires a consulting company solely to address that project. This is the solution Intech Robotics chooses; we handle the entire process from consultation, design, supply, and installation for each customer who needs to upgrade their existing traditional warehouse to a more modern smart warehouse.

Implementing a smart warehouse will optimize inventory management, increase productivity, and save costs for businesses. However, careful and accurate cost planning is necessary to avoid overspending beyond the company's financial resources.