Technical inspection in the field of energy:

Energy inspection in energy-intensive units is one of the vital services for assessing the compliance of specific energy consumption with energy consumption benchmark standards. This process helps industrial and construction units to ensure compliance with legal requirements and international energy management system standards.

Why is it necessary to conduct an energy inspection?
Given the increasing need to optimize energy consumption and widespread restrictions on energy supply, compliance with energy consumption benchmark standards has become one of the main priorities of governments in recent years.
What is energy inspection?
Energy inspection in energy-intensive units is one of the practical services for assessing the compliance of energy consumption in industries and buildings with energy consumption benchmark standards. Conducting this inspection in industrial and construction units is essential to ensure compliance with legal requirements and compliance with international energy management system standards.
Energy-intensive industrial units refer to units where a significant part of the cost of producing the final product depends on energy consumption, and energy plays a central role in the production process of that product. Compliance with energy consumption standards in these units, in addition to reducing costs, helps optimize production processes and increase productivity.
In general, energy inspection services are provided in the following four stages:
1. Collecting production information
2. Collecting energy consumption information
3. Validating information
4. Calculating specific energy consumption and checking compliance with standards

Electrical Safety Inspection

In today’s modern world, electrical safety and installation safety have become more important than ever. Electrical inspection is a vital process that is carried out to identify, assess and eliminate hazards associated with electrical systems in workplaces, industries and residential environments. These inspections not only help to keep people safe but also prevent damage to property and equipment. Electrical failures can lead to fires, power outages, or even serious injuries to employees and residents. Therefore, having a specific program for evaluating and maintaining these installations is an undeniable necessity. Electrical inspection involves detailed inspections of wiring, electrical panels, electrical equipment and devices, lighting systems and other related components. This process is carried out by electrical professionals and engineers who have the necessary expertise and qualifications. Using their technical knowledge and specialized tools, they look for signs of wear, damage or abnormalities that may be dangerous.
Inspections typically include checking:
• Safety of wiring and connections
• Proper operation of circuit breakers and circuit breakers
• Checking grounding systems and their connections
• Evaluation of backup systems such as batteries and emergency power supplies
• Functional testing of protective equipment such as thermal switches and fuses
CE Certification
The European Union is currently a political and economic organization consisting of 28 member states with a population of over 500 million people. One of the four fundamental privileges granted by the Union is the free movement of CE-certified goods in European markets. The CE marking indicates that products and goods bearing the mark; meet all the requirements and technical regulations of the European Union and can be distributed and sold in the markets of those countries without any technical problems among the member states of the European Union.

CE Mark
The CE mark or European standard mark on a product indicates that products sold in the European Union (EEA) market have met the high safety, health and environmental protection requirements and standards of the European Union and that the product or product complies with European safety standards.

However, the CE mark is also found on products sold outside the European Economic Area that have been manufactured to EEA standards. This makes the CE mark recognizable worldwide, even to people who are not familiar with the European Economic Area. In this respect, it is similar to the FCC mark used to certify the conformity of some electronic devices for sale in the United States.
In short, the CE mark is a declaration by the manufacturer of the product that the product or product being sold complies with European Union standards (health, safety and environmental protection).

What is CE certification?
The CE mark stands for European Community. The CE mark is found in capital letters on many products in the European Economic Area markets. As mentioned above, this marking means that the products comply with European requirements and indicates that the products have been inspected and audited for minimum safety, health and environmental requirements. Products that carry the CE mark include: new phones, food production equipment, televisions, or even crayons found in stores and many other goods purchased in European countries. The CE mark also indicates fair competition among the manufacturers of that product. Because it expresses the manufacturer’s responsibility and the product’s compliance with a set of specific requirements.
In order to obtain the CE mark, manufacturers used to have to send their products to Europe for the required tests. However, due to the existing political and economic issues, this required a lot of time and money.

How to get a CE certificate?
All conformity assessment procedures (modules), including the necessary tests, inspections or issuance of CE certification, must be carried out before the product is placed on the market. Manufacturers must verify the regulations related to their products and use Notified Bodies that are accredited to provide conformity assessment services and issue CE certification for that product.

Steps to obtain CE certification
• First step: Selection of directives or laws related to the product’s field of use
• Second step: Determination and extraction of test methods of harmonized European standards
• Third step: Risk assessment and selection of assessment method
• Fourth step: Application of standards or technical regulations and conducting tests and audits
• Fifth step: Compilation of technical documents Technical File, which includes test results reports and product specifications.
• Sixth step: Preparation of declaration of conformity
• Seventh step: Final audit by institutions approved by the European Union on the submitted documents
• Eighth step: Affixing the CE mark and receiving a certificate with a certain validity