Construction of industrial facilities

Industrial facilities

Fundamentals of designing industrial facilities

Industrial construction is a complex and multi-stage process. Each stage requires attention and knowledge. The main task is to create a building that is not only reliable and safe, but also efficient in terms of its use.

Basic requirements and regulations in industrial construction and power supply

In Ukraine, the construction of industrial facilities is governed by strict regulations. This is important to ensure the safety, durability and economic efficiency of buildings. For example, the loads on structures caused by vibrations from equipment and dynamic processes inside buildings are taken into account. Each building must be able to withstand these loads without compromising its structure.

Particular attention is paid to the electrical supply. It must not only be reliable, but also as economical as possible. This is important, because industrial enterprises consume a large amount of electricity. The use of modern technologies and materials helps to reduce power supply costs and increase the efficiency of the enterprise.

Integrating electrical planning and design into the overall construction project

Planning and design electricity supply is a key element in the creation of an industrial facility. Not only the efficiency of the enterprise, but also the safety of personnel depends on it. It is important to correctly distribute loads and provide the necessary amount of energy resources for each production site.

Computer technologies are used in the design to create power supply models. This allows you to accurately calculate energy requirements and optimize the distribution of resources. In addition, this approach makes it possible to take into account possible risks and develop measures to minimize them.

Integrating the electrical system into the overall construction plan requires collaboration between electrical engineers, architects and builders. This is the only way to create a truly efficient and safe workspace.

Stages of power supply design

Designing the electrical supply of industrial facilities is a sequential and detailed process.


  1. Development and coordination of the technical specification for the project:
    • Determination of the plant’s power requirements and key parameters.
    • Coordination of the terms of reference with the customer and design engineers.
  2. Project concept and its development:
    • Elaboration of the main ideas for power supply distribution.
    • Consideration of specifics of production processes and planning for future plant expansion.
  3. Preparation and approval of working documentation:
    • Creation of detailed drawings, load calculations and power distribution schemes.
    • Approval of the documentation by the relevant government authorities prior to the start of construction.

Technical aspects of electrical design

Technical aspects of design play a key role in creating an efficient and safe power supply system.

The technical specification for industrial facilities should include a detailed description of all production processes, their energy needs and specific power supply requirements. It is the basis for all subsequent design stages.

Creating an efficient power distribution scheme requires careful planning and selection of suitable equipment. The reliability, efficiency and environmental friendliness of the equipment must be taken into account.

Technical solutions to ensure the reliability and safety of the power supply

Various technical solutions are used to ensure the reliability and safety of power supply. These may include the installation of automatic redundancy systems, the use of advanced technologies to monitor and control the flow of electricity and other innovative methods to ensure the stability of the entire system.

Planning and implementation of power supply networks

Planning and implementation of power supply networks is the cornerstone of successful functioning of any industrial facility.

Stages in the development of a power grid plan

Developing a power grid plan involves several key steps, as summarized in the table below:



Analyzing the needs of the enterpriseIdentification of the main power needs and grid connection points.
Route designDevelopment of cabling routes and location of key equipment.
Load assessmentConducting load calculations and selecting appropriate equipment.
Finalizing the planPreparation of a complete electrical network plan, including all technical details and diagrams, for stakeholder approval.

Technical information to be included in the power network plan

The electrical network plan includes extensive technical information such as:

  • Data on cable types and cable installation methods.
  • Load calculations.
  • Information on switchgear and protection systems.
  • Emergency and redundancy plan.

Organizational and technical methodologies in design

Choosing the right design methodologies is the key to a successful power project.

Overview of organizational and technical methodologies

There are many techniques for designing power supply networks, each of which has its own advantages. It is important to choose the one that best suits the specifics of the project. For example, the Agile methodology is suitable for projects that require rapid adaptation to changing conditions. Whereas Waterfall is better suited to projects with clearly defined milestones and requirements.

Application of different methodologies in the context of industrial power supply

In the context of industrial power supply, it is important to apply methodologies that effectively manage complex projects, comply with regulatory requirements and minimize risk. Combining different methodologies can help to achieve these goals, allowing, for example, flexibility in design while meeting strict quality and safety standards.

Practical applications and case studies

Examining real-life case studies provides valuable lessons and insight into the challenges that can arise during electrical design.

Analyzing real-life examples and solutions in power supply design

Example: a factory in Ukraine had a problem with overloading the power grid. The solution was to develop and implement an automated load management system, which made it possible to efficiently distribute energy consumption and avoid interruptions in the operation of the plant.

Discussion of frequent problems and their solutions in practice

A common problem is insufficient cable capacity due to incorrect load calculation. The solution is to use more powerful cables or to create additional transmission lines. It is also important to regularly audit the power supply system to identify and prevent such problems in time.

Key points

  • Careful planning and analysis of the company’s electricity needs are crucial.
  • Proper selection and calculation of power supply equipment reduces risks and increases the efficiency of the enterprise.
  • Use of modern technology and automation helps in effective energy management.
  • Regular auditing and updating of the power supply system helps in preventing problems and ensuring reliability.
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