Pte esis. Rules for the technical operation of power plants and networks of the Russian Federation


Order of the Ministry of Energy of the Russian Federation dated June 19, 2003 No. 229

Registration number 4799

"On approval of the Rules for technical operation power stations and networks of the Russian Federation"

I order:

Approve the attached Rules for the technical operation of power plants and networks of the Russian Federation.

Minister I.Kh. Yusufov

REGULATIONS

OF TECHNICAL OPERATION OF ELECTRIC STATIONS AND NETWORKS OF THE RUSSIAN FEDERATION

In his company car, accompanied by his team, the technician performs repair work and repairs any anomalies in electrical network. He is also responsible for maintaining the lines. In the event of a breakdown, he may need to work in emergency. He must look for the cause of the malfunction in the network, disable the damaged area, and finally perform repairs. All this while complying with safety standards and regulations.

To satisfy the customer, the technician must find solutions to improve network performance. To do this, he provides constant service. It may even be called upon to provide technical advice on the design of an electrical distribution system.

Mandatory for thermal power plants operating on fossil fuels, hydroelectric power plants, electric and heat networks of the Russian Federation

and for organizations performing work in relation to these objects

FOREWORD

The rules for the technical operation of power plants and networks of the Russian Federation have been revised and supplemented on the basis of newly issued legislative acts and regulatory and technical documents, taking into account the operating experience of equipment, industrial buildings and communications. Changes in the structure of the administrative and economic management, as well as forms of ownership in the energy sector.

Skills required for this job

Dynamism Dynamism Knowing how to manage a team Good physical condition.

Training leading to trading

Power supply system operator. This type of technology is everywhere: hospitals, companies, theaters, buildings, etc. thus, outputs are secured in relation to electricity production. With the development of new technologies, the need for qualified personnel remains high.

All offers for internships and employment in the energy sector

Technician salary

People's well-being, industrial competitiveness and the overall functioning of society depend on safe, risk-free, sustainable and economically viable energy. The "Roadmap towards a single European transport area" focused on solutions for the transport sector and the creation of a single European transport area. The roadmap is a response to an invitation formulated by the European Council.

The Rules set out the main organizational and technical requirements to the operation of energy facilities, the steady implementation of which will ensure the economic, reliable and well-coordinated work of all parts of the energy systems.

The requirements for the design, construction, installation, repair and arrangement of power plants and their equipping with control, automation and protection means are set out in these Rules briefly, since they are considered in other regulatory and technical documents.

This indicates the level of structural and social change and the interventions needed to ensure the necessary emission reductions while maintaining a competitive and secure energy sector. Today there are inappropriate indications as to the direction to follow, which creates uncertainty among investors, governments and citizens. There is an urgent need to identify post-energy investment strategies that do not produce immediate results. So now you can avoid costly changes over the next few decades and reduce the anchoring effect.

All current regulatory and technical documents must be brought into line with this edition of the Rules.

Please send suggestions and comments on this edition of the Rules to the address: 103074, Moscow, Kitaygorodsky pr., 7. Gosenergonadzor of the Ministry of Energy of Russia.

1. Organization of operation

1.1. Basic provisions and tasks

It is impossible to predict the long term future. The Commission also considered the scenarios envisioned by Member States and stakeholders and their comments. Of course, given the long-term horizon, these results represent a certain degree of uncertainty, especially when uncertainties are the underlying hypotheses. It is impossible to predict when peak oil production will be reached because new discoveries are occurring at an unprecedented rate, to what extent shale gas will prove to be a viable solution in Europe, if and when carbon capture and storage will matter what decisions will be made by Member States on nuclear energy and how global climate action will be developed.

1.1.1. These Rules apply to thermal power plants operating on fossil fuels, hydroelectric power plants, electric and heating network Russian Federation, and to organizations performing work in relation to these objects.

1.1.2. At each power facility, the boundaries and functions for servicing equipment, buildings, structures and communications between production units (workshops, sections, laboratories, etc.) should be distributed, and official functions personnel.

Even social, technological and behavioral changes will have a significant impact on the energy system. The scenario analysis is illustrative and considers the implications, challenges and opportunities possible ways modernization of the power system. They are not mutually exclusive, but are focused on common elements and aim to support long-term investment approaches.

Uncertainty is a major barrier to investment. An analysis of the projections made by the Commission, Member States and stakeholders reveals a number of clear trends, challenges, opportunities and structural changes that need to be taken into account when developing the strategic measures needed to determine the appropriate framework for investors. Based on this analysis, this energy roadmap provides fundamental insights into the so-called “no regrets” options for the European energy system.

1.1.3. Safe operation of equipment, buildings and structures is ensured by the provisions of instructions and other normative and technical documents.

1.1.4. Each employee of the industry, within the limits of his functions, must ensure that the device and operation of equipment, buildings and structures of power plants and networks comply with safety regulations and fire safety.

For this reason, it is important to define a European approach in which all Member States agree on the main features of the transition to a low-carbon energy system that provides the necessary certainty and stability. It notes that the European approach to the energy problem will increase security and solidarity and reduce costs compared to parallel national regimes, guaranteeing a wider and more flexible market for new products and services.

For example, according to some stakeholders, adopting a more European approach to the efficient use of renewable energy sources could save up to 25%. Energy is the largest responsible for greenhouse gas emissions produced by humans.

1.1.5. The main task of power plants, boiler houses, electric and heat networks is the production, transformation, distribution and supply electrical energy and heat to consumers (hereinafter - energy production).

1.1.6. The main technological link in energy production is the energy system, which is a combination of power plants, boiler houses, electrical and thermal networks (hereinafter referred to as power facilities), connected by a common mode of operation and having centralized operational dispatch control.

The results of the scenario depend, in particular, on the conclusion of a global climate agreement, which will also reduce global demand for fossil fuels and their prices. Scenarios based on current trends. Current initiatives. Decarbonization scenarios.

High energy efficiency. Political commitment to achieving high energy savings; for example, stricter minimum requirements for hardware and new devices; high rates of renovation of existing buildings; establishing energy saving obligations for utilities in the energy sector.

1.1.7. Employees of power facilities are obliged to:

Maintain the quality of the supplied energy - normalized frequency and voltage electric current, pressure and temperature of the coolant;

Observe operational and dispatching discipline;

Ensure maximum efficiency and reliability of energy production;

Comply with the rules of industrial and fire safety during the operation of equipment and structures;

Various delivery technologies. There is no preference for technology; all energy sources can compete in the market without specific support measures. Decarbonization is driven by carbon price fixing, which requires public recognition of both nuclear and carbon capture and storage systems.

High share of energy from renewable sources. Strong support measures for renewable energy sources, which provide a very high percentage of these sources in gross final energy consumption, and the share of the same sources in electricity consumption is 97%.

Follow the rules of labor protection;

Reduce the harmful effects of production on people and the environment;

Ensure the uniformity of measurements in the production, transmission and distribution of energy;

Use the achievements of scientific and technological progress in order to increase efficiency, reliability and safety, improve the ecology of the power facility and environment.

Limited use of nuclear energy. Ten structural changes in the transformation of the energy system. The scenarios show that decarbonization of the energy system is possible. In addition, the costs of transforming the energy system do not differ significantly from the scenario of current initiatives.

Higher capital costs and lower fuel costs. All decarbonization scenarios highlight the transition from the current system with high costs on fuel and high operating costs to an energy system based on higher capital costs and lower fuel costs. This is also due to the fact that by the end of the term beneficial use achieve high quotas of current power supply capacities.

1.1.8. At each power facility, the functions and boundaries for servicing equipment, buildings, structures and communications should be distributed between structural subdivisions.

1.1.9. Power systems should carry out:

Development of production to meet the needs for electrical energy and heat;

Efficient operation of power plants and networks by reducing production costs, increasing the efficiency of using the capacity of installed equipment, implementing measures to save energy and use secondary energy resources;

On average, the capital costs of the power system will increase significantly - investments in power systems, power plants, heating and cooling systems, smart meters, insulating materials, in the most efficient and inefficient Vehicle carbon, in equipment for the operation of local renewable energy sources, in durable energy-intensive products, etc. which has a wide-ranging impact on the economy and employment in the areas of manufacturing, services, construction, transport and agriculture.

The need to meet this growing demand will provide significant opportunities for industrial and European service providers and highlight the importance of research and innovation to develop more cost-competitive technologies. The increasingly important role of electricity.

Improving the reliability and safety of equipment, buildings, structures, devices, control systems, communications;

Renovation of fixed production assets through technical re-equipment and reconstruction of power plants and networks, equipment modernization;

Introduction and development of new equipment, technology of operation and repair, efficient and safe methods organization of production and labor;

As shown in all decarbonization scenarios, electricity can provide approximately 65% ​​of the energy needs for cars and light vehicles. The final demand for electricity also increases in the "high energy efficiency" scenario. On this basis, it is important to start the transition immediately and provide the signals needed to minimize investment in high-carbon assets over the next two decades.

Most of these increases have already been made in the reference scenario as they involve the replacement of obsolete production facilities that have already been fully depreciated over the next 20 years. However, significant penetration of renewable sources does not necessarily mean high electricity prices. In this context, it should be noted that prices in some Member States are currently artificially low because they are regulated or subsidized.

Staff development, dissemination of advanced production methods.

Organizations engaged in the design, adjustment, operation of power facilities associated with increased industrial hazard must have permits (licenses) issued in the prescribed manner.

1.1.10. Supervision of the technical condition and implementation of measures to ensure the safe maintenance of equipment and facilities, rational and efficient use fuel and energy resources are carried out by bodies state control and supervision.

Household spending will increase. This is a trend that will have a significant impact on the small and medium business. Ultimately, increasing investment costs for high-quality Appliances, vehicles and insulation materials are more than offset by reduced energy and fuel costs. Costs include fuel costs and capital expenditures, such as the purchase of more efficient vehicles and equipment, and housing restructuring. However, such costs can be reduced through the adoption of rules and innovative mechanisms to accelerate the diffusion of highly energy efficient products and services.

1.2. Commissioning of equipment and facilities

1.2.1. Completely completed construction of power plants, boiler houses (steam and water heating), electric and heat network facilities, as well as, depending on the complexity of the power facility, their queues and start-up complexes must be put into operation in the manner prescribed current rules. This requirement also applies to the commissioning of power facilities after expansion and reconstruction.

Energy saving is important throughout the system. All decarbonization scenarios will require significant savings energy. To achieve significant energy savings, it will be necessary to free economic growth from energy consumption and to strengthen corresponding measures in all Member States and in all sectors of the economy.

The share of renewables in electricity consumption reaches 64% in the High Efficiency scenario and 97% in the High Renewables scenario, which includes significant electricity storage capacity to absorb changes in renewable energy supplies even during times of scarcity. demand.

1.2.2. The start-up complex should include, ensuring normal operation at the given parameters, a part of the total design volume of the power facility, consisting of a set of structures and facilities assigned to certain power plants or to the power plant as a whole (without reference to specific power plants). It should include: equipment, structures, buildings (or parts thereof) of the main production, auxiliary production, auxiliary, household, transport, repair and storage purposes, landscaped area, points Catering, health centers, means of dispatching and technological control (SDTU), means of communication, engineering Communication, treatment facilities that ensure the production, transmission and supply of electricity and heat to consumers, the passage of ships or fish through navigation or fish passage devices. To the extent envisaged by the project for this launch complex, standard sanitary and living conditions and safety for workers, environmental protection, and fire safety must be ensured.

Carbon capture and storage technology plays a key role in transforming the system. Carbon capture and storage technologies, if traded, should make a significant contribution in most scenarios, guaranteeing up to 32% of energy production in the case of limited nuclear production, and a share between 19 and 24% in other scenarios, with the exception of the “high share” scenario. energy from renewable sources.

A significant contribution is made nuclear energy. Nuclear energy is expected to make a significant contribution to the energy conversion process in the Member States where it is used. It remains an important source of low-carbon electricity generation.

1.2.3. Before acceptance into operation of a power facility (start-up complex), the following must be carried out:

Individual tests of equipment and functional tests of individual systems, culminating for power units with a test run of the main and auxiliary equipment;

Comprehensive testing of equipment.

During the construction and installation of buildings and structures, intermediate acceptance of units of equipment and structures, as well as hidden works, should be carried out.

1.2.4. Individual and functional tests of equipment and individual systems are carried out with the involvement of the customer's personnel according to design schemes after completion of all construction and installation work on this node. Before individual and functional tests, the implementation of: these Rules, building codes and regulations, standards, including labor safety standards, norms process design, rules of state control and supervision bodies, norms and requirements of environmental legislation and other bodies state supervision, rules for the installation of electrical installations, labor protection rules, explosion and fire safety rules.

1.2.5. Defects and imperfections made during construction and installation, as well as equipment defects identified during individual and functional tests, must be eliminated by construction, installation organizations and manufacturers before the start of comprehensive testing.

1.2.6. Trial launches are carried out before the comprehensive testing of power facilities. During a trial run, the operability of equipment and technological schemes, the safety of their operation should be checked; all monitoring and control systems were checked and adjusted, including automatic regulators, protection and blocking devices, signaling devices and instrumentation.

Before a trial run, the conditions for reliable and safe operation of the power facility must be met:

Operational and maintenance personnel were staffed, trained (with a knowledge test), operating instructions, labor protection instructions and operational schemes, technical documentation for accounting and reporting were developed and approved;

Prepared stocks of fuel, materials, tools and spare parts;

SDTU with communication lines, systems fire alarm and fire extinguishing, emergency lighting, ventilation;

Control and management systems have been installed and adjusted;

Permits for the operation of the power facility were obtained from state control and supervision bodies.

1.2.7. Comprehensive testing must be carried out by the customer. In a comprehensive test, the joint operation of the main units and all auxiliary equipment under load should be checked.

The beginning of a comprehensive testing of the power plant is considered the moment it is connected to the network or under load.

Comprehensive testing of equipment according to schemes not provided for by the project is not allowed.

Comprehensive testing of equipment of power plants and boiler houses is considered to be carried out under the condition of normal and continuous operation of the main equipment for 72 hours on the main fuel with a nominal load and design parameters of steam [for gas turbine units (GTP) - gas] for a thermal power plant, pressure and water flow for a hydroelectric power plant provided in the launch complex, and with the constant or alternate operation of all auxiliary equipment included in the launch complex.

In electrical networks, comprehensive testing is considered to be carried out under the condition of normal and continuous operation under load of substation equipment for 72 hours, and for power lines - for 24 hours.

In thermal networks, comprehensive testing is considered to be carried out under the condition of normal and continuous operation of the equipment under load for 24 hours. nominal pressure provided in the launch complex.

For gas turbines, a prerequisite for comprehensive testing is, in addition, the successful completion of 10, and for hydraulic units of HPPs and PSPPs - 3 automatic starts.

In the course of complex testing, the interlocks, signaling devices and remote control, protection and automatic control that do not require regime adjustment.

If complex testing cannot be carried out on the main fuel, or the nominal load and design parameters of steam (for gas turbines) for a thermal power plant, head and water flow for a hydroelectric power plant or load for a substation, power lines in joint or separate testing and coolant parameters for thermal networks cannot be achieved for any reason not related to the failure to perform the work provided for by the launch complex, the decision to conduct a comprehensive test on reserve fuel, as well as the limiting parameters and loads, are accepted and established by the acceptance committee and are specified in the act of acceptance into operation of the launch complex.

1.2.8. To prepare the power facility (start-up complex) for presentation to the acceptance committee, a working committee should be appointed, which accepts the equipment according to the act after its individual tests for comprehensive testing. Since the signing of this act, the organization is responsible for the safety of the equipment.

1.2.9. Acceptance for operation of equipment, buildings and structures with defects, imperfections is not allowed.

After a comprehensive testing and elimination of identified defects and imperfections, an act of acceptance into operation of the equipment with related buildings and structures is drawn up. The duration of the period of development of serial equipment is established, during which the necessary tests, adjustment and development work must be completed and the operation of the equipment with design indicators must be ensured.

1.2.10. The organization must submit to the acceptance committee the documentation prepared by the working committee in the amount stipulated by the current regulatory documents.

1.2.11. Completed by construction, detached buildings, structures and electrical devices, built-in or attached premises for industrial, auxiliary production and auxiliary purposes with equipment installed in them, control and communication facilities are accepted for operation by working commissions.

1.2.12. Experimental (experimental), pilot industrial power-technological installations are subject to acceptance into operation by the acceptance committee if they are prepared for conducting experiments or producing products provided for by the project.

1.3. Staff

1.3.1. Persons with a professional education are allowed to work at power facilities of the electric power industry, and persons with relevant work experience in the management of power plants are also allowed.

1.3.2. Persons who do not have the appropriate vocational education or work experience, both newly hired and transferred to a new position must undergo training in the form of training in force in the industry.

1.3.3. Employees of organizations engaged in work with harmful substances, hazardous and unfavorable production factors, in accordance with the established procedure, must undergo preliminary (upon admission to work) and periodic (during labor activity) medical examinations.

1.3.4. Power facilities should permanent job with personnel, aimed at ensuring their readiness to perform professional functions and maintaining their qualifications.

Personnel training facilities should be equipped with training grounds, classrooms, workshops, laboratories, technical means training and training, are staffed and have the opportunity to attract highly qualified specialists to teaching.

1.3.5. At each power facility, a technical library should be created, as well as the opportunity for personnel to use textbooks, teaching aids and other technical literature related to the profile of the organization, as well as regulatory and technical documents.

At each power facility must be created in accordance with model provisions safety room and technical room.

1.3.6. In small power facilities where the creation of a material and technical training and production base is difficult, it is allowed to carry out work to improve the professional educational level of personnel under an agreement with another energy organization that has such a base.

The head of the power facility or executive from the number executives organizations.

1.3.7. Admission to independent work newly hired employees or having a break in work for more than 6 months, depending on the category of personnel, are entitled to independent work after passing the necessary safety briefings, training (internships) and testing knowledge, duplicating the requirements of the rules for working with personnel.

1.3.8. In case of a break in work from 30 days to 6 months, the form of personnel training for admission to independent work is determined by the head of the organization or structural unit, taking into account the level vocational training employee, his work experience, job functions, etc. In this case, in any case, an unscheduled briefing on labor safety must be carried out.

1.4. Monitoring the efficiency of power plants, boiler houses and networks

1.4.1. At each thermal power plant with a capacity of 10 MW or more, hydroelectric power station with a capacity of 30 MW or more, in each boiler house with a heat output of 50 Gcal / h (209.5 GJ / h) and more, energy characteristics of the equipment should be developed that establish the dependence of the technical and economic indicators of its operation in absolute or relative terms from electrical and thermal loads. In addition, at a thermal power plant and in a district boiler house, graphs of the initial nominal specific fuel consumption for the supplied electrical and thermal energy, and at hydroelectric power plants - the normative specific water consumption for the supplied electrical energy.

The feasibility of developing characteristics for power plants and district boiler houses of lower capacity and heat output should be established by the power system.

Development, revision, coordination and approval of the energy characteristics of equipment and schedules of specific fuel or water consumption must be carried out in accordance with the current regulations and guidelines.

1.4.2. The energy characteristics must reflect the actually achievable efficiency of the operation of the mastered equipment when the provisions of these Rules are complied with.

1.4.3. The energy characteristics of heating networks should be compiled according to the following indicators: losses of network water, heat losses, specific average hourly consumption of network water per unit of calculated connected heat load of consumers, temperature difference between network water in supply and return pipelines (or temperature of network water in return pipelines), specific electricity consumption for transport and distribution of thermal energy.

The development, revision, harmonization and approval of the energy characteristics of heat networks should be carried out in accordance with the current regulations and guidelines.

1.4.4. For the electrical network, the normalized indicator is technological consumption electricity for its transportation.

1.4.5. In terms of volume, form and content, the energy characteristics must comply with the requirements of the current regulatory and methodological documents.

1.4.6. In power systems, at power plants, in boiler houses, electric and heat networks, in order to improve the final result of the work, the following should be carried out:

Compliance with the required accuracy of measurements of energy consumption and technological parameters;

Accounting (shift, daily, monthly, annual) according to the established forms of equipment operation indicators, based on the indications of instrumentation and information-measuring systems;

Analysis of technical and economic indicators to assess the condition of equipment, its operating modes, fuel saving reserves, the effectiveness of ongoing organizational and technical measures;

Consideration (at least once a month) with the personnel of the results of the work of a shift, workshop, structural unit of the power system in order to determine the reasons for the deviation of the actual values ​​of parameters and indicators from those determined by energy characteristics, identify shortcomings in work and eliminate them, familiarize themselves with the experience of the best shifts and individual workers;

Development and implementation of measures to improve the reliability and efficiency of equipment operation, reduce wasteful costs and losses of fuel and energy resources.

1.4.7. All power stations, boiler houses, electric and heat networks are subject to energy supervision by a specially authorized bodies responsible for monitoring the efficiency of the use of fuel and energy resources.

1.4.8. Organizations operating power stations, boiler houses, electric and heat networks must be subject to energy audits in accordance with the current legislation on energy saving. Energy audits of organizations operating energy facilities, producing, converting, transmitting and distributing electrical and thermal energy, must be carried out by authorized bodies of state control and supervision, as well as organizations duly accredited.

1.5. Technical control. Technical and technological supervision

for the organization of operation of power facilities

1.5.1. At each power facility, constant and periodic monitoring (inspections, technical examinations, surveys) should be organized technical condition power plants (equipment, buildings and structures), authorized persons for their condition and safe operation persons, as well as personnel for technical and technological supervision were appointed and their official functions were approved.

All power facilities engaged in the production, transformation, transmission and distribution of electrical and thermal energy are subject to departmental technical and technological supervision by specially authorized bodies.

1.5.2. Everything technological systems, equipment, buildings and structures, including hydraulic structures that are part of the power facility, must be subject to periodic technical examination.

The technical examination of technological schemes and electrical equipment is carried out after the expiration of the service life established by the regulatory and technical documentation, and during each examination, depending on the condition of the equipment, the period for the subsequent examination is scheduled. Heat engineering - on time in accordance with the current regulatory and technical documents. Buildings and structures - in time in accordance with the current regulatory and technical documents, but at least 1 time in 5 years.

The technical examination is carried out by the commission of the power facility, headed by technical manager power facility or his deputy. The commission includes heads and specialists of structural subdivisions of the power facility, representatives of power system services, specialists of specialized organizations and state control and supervision bodies.

The objectives of the technical examination are to assess the condition, as well as to determine the measures necessary to ensure the established resource of the power plant.

The scope of periodic technical inspection based on the current regulatory and technical documents should include: external and internal inspection, inspection technical documentation, tests for compliance with the safety conditions of equipment, buildings and structures ( hydraulic tests, setting safety valves, testing of safety devices, lifting mechanisms, ground loops, etc.).

Simultaneously with the technical examination, the fulfillment of the instructions of the state control and supervision bodies and the measures outlined as a result of the investigation of violations of the operation of the power facility and accidents during its maintenance, as well as the measures developed during the previous technical examination, should be carried out.

The results of the technical examination must be recorded in technical certificate power facility.

The operation of power plants with emergency defects identified in the process, as well as with violations of the terms of technical examination, is not allowed.

Based on the results of the technical examination of buildings and structures, the need for a technical examination is established. The main task of the technical inspection of buildings and structures is the timely identification of accident-prone defects and damage and the adoption technical solutions to restore reliable and safe operation.

1.5.3. Continuous monitoring of the technical condition of the equipment is carried out by the operational and operational maintenance personnel of the power facility.

The scope of control is established in accordance with the provisions of regulatory documents.

The control procedure is established by local production and job descriptions.

1.5.4. Periodic inspections of equipment, buildings and structures are carried out by persons who control their safe operation.

The frequency of inspections is established by the technical manager of the power facility. The results of inspections should be recorded in a special journal.

1.5.5. Persons controlling the condition and safe operation of equipment, buildings and structures ensure compliance with specifications during the operation of power facilities, recording their condition, investigating and recording failures in the operation of power plants and their elements, maintaining maintenance and repair documentation.

1.5.6. Employees of power facilities who carry out technical and technological supervision over the operation of equipment, buildings and structures of a power facility must:

Organize the investigation of violations in the operation of equipment and facilities;

Keep records of technological violations in the operation of equipment;

Monitor the status and maintenance of technical documentation;

Keep records of the implementation of preventive emergency and fire fighting measures;

Participate in the organization of work with personnel.

1.5.7. Power systems and other organizations of the electric power industry must carry out:

Systematic control over the organization of operation of power facilities;

Periodic monitoring of the condition of equipment, buildings and structures of power facilities;

Periodic technical examinations;

Monitoring compliance with established technical standards timing of medium and major repairs;

Control over the implementation of measures and provisions of regulatory administrative documents;

Control and organization of investigation of the causes of fires and technological violations at power facilities;

Assessment of the sufficiency of the preventive and preventive measures on production safety issues;

Control over the development and implementation of measures to prevent fires and accidents at power facilities and ensure the readiness of power facilities for their liquidation;

Control over the implementation of the instructions of the authorized bodies of the departmental technical and technological supervision;

Accounting for violations, including at facilities controlled by state control and supervision bodies;

Accounting for the implementation of emergency and fire prevention measures at facilities controlled by state control and supervision bodies;

Revision of technical conditions for the manufacture and supply of equipment for power plants;

Transfer of information about technological violations and incidents to state control and supervision bodies.

1.5.8. The main tasks of departmental technical and technological supervision bodies should be:

Compliance monitoring established requirements on maintenance and repair;

Control over the implementation of rules and instructions for safe and economical mode of operation;

Organization, control and operational analysis of the results of the investigation of the causes of fires and technological disturbances in the operation of power plants, networks and power systems;

Control over the development and implementation of measures to prevent fires, accidents and other technological disturbances in the operation of power equipment and improve operation;

Generalization of the practice of applying regulatory measures aimed at the safe conduct of work and reliable operation of equipment during the construction and use of power plants, and organizing the development of proposals for their improvement;

Organization of the development and maintenance of regulatory and technical documents on industrial and fire safety and labor protection.

Registration number 4799

"On approval of the Rules for the technical operation of power plants and networks of the Russian Federation"

I order:

Approve the attached Rules for the technical operation of power plants and networks of the Russian Federation.

Minister I.Kh. Yusufov

rules

OF TECHNICAL OPERATION OF ELECTRIC STATIONS AND NETWORKS OF THE RUSSIAN FEDERATION

Mandatory for thermal power plants operating on fossil fuels, hydroelectric power plants, electric and heat networks of the Russian Federation

and for organizations performing work in relation to these objects

FOREWORD

The rules for the technical operation of power plants and networks of the Russian Federation have been revised and supplemented on the basis of newly issued legislative acts and regulatory and technical documents, taking into account the operating experience of equipment, industrial buildings and communications. Changes in the structure of administrative and economic management, as well as forms of ownership in the energy sector are taken into account.

The Rules set out the main organizational and technical requirements for the operation of energy facilities, the steady implementation of which will ensure the economic, reliable and well-coordinated operation of all parts of energy systems.

The requirements for the design, construction, installation, repair and arrangement of power plants and their equipping with control, automation and protection means are set out in these Rules briefly, since they are considered in other regulatory and technical documents.

All current regulatory and technical documents must be brought into line with this edition of the Rules.

Please send suggestions and comments on this edition of the Rules to the address: 103074, Moscow, Kitaygorodsky pr., 7. Gosenergonadzor of the Ministry of Energy of Russia.

1. Organization of operation

1.1. Basic provisions and tasks

1.1.1. These Rules apply to thermal power plants operating on fossil fuels, hydroelectric power plants, electric and heat networks of the Russian Federation, and to organizations performing work in relation to these facilities.

1.1.2. At each power facility, the boundaries and functions for servicing equipment, buildings, structures and communications between production units (workshops, sections, laboratories, etc.) should be distributed, as well as the job functions of the personnel.

1.1.3. Safe operation of equipment, buildings and structures is ensured by the provisions of instructions and other normative and technical documents.

1.1.4. Each employee of the industry, within the limits of his functions, must ensure that the device and operation of equipment, buildings and structures of power plants and networks comply with safety and fire safety rules.

1.1.5. The main task of power plants, boiler houses, electrical and heat networks is the production, transformation, distribution and supply of electrical energy and heat to consumers (hereinafter referred to as energy production).

1.1.6. The main technological link in energy production is the energy system, which is a combination of power plants, boiler houses, electrical and thermal networks (hereinafter referred to as power facilities), connected by a common mode of operation and having centralized operational dispatch control.

1.1.7. Employees of power facilities are obliged to:

maintain the quality of the supplied energy - the normalized frequency and voltage of the electric current, pressure and temperature of the coolant;

observe operational and dispatching discipline;

ensure maximum efficiency and reliability of energy production;

observe the rules of industrial and fire safety during the operation of equipment and structures;

comply with labor protection rules;

reduce the harmful effects of production on people and the environment;

ensure the uniformity of measurements in the production, transmission and distribution of energy;

use the achievements of scientific and technological progress in order to increase efficiency, reliability and safety, improve the ecology of the power facility and the environment.

1.1.8. At each power facility, the functions and boundaries for servicing equipment, buildings, structures and communications should be distributed between structural subdivisions.

1.1.9. Power systems should carry out:

development of production to meet the needs for electricity and heat;

efficient operation of power plants and networks by reducing production costs, increasing the efficiency of using the capacity of installed equipment, implementing measures to save energy and use secondary energy resources;

improving the reliability and safety of equipment, buildings, structures, devices, control systems, communications;

renewal of fixed production assets through technical re-equipment and reconstruction of power plants and networks, modernization of equipment;

introduction and development of new equipment, technology of operation and repair, effective and safe methods of organizing production and labor;

advanced training of personnel, dissemination of advanced production methods.

Organizations engaged in the design, adjustment, operation of power facilities associated with increased industrial hazard must have permits (licenses) issued in the prescribed manner.

1.1.10. Supervision of the technical condition and implementation of measures to ensure the safe maintenance of equipment and structures, the rational and efficient use of fuel and energy resources is carried out by state control and supervision bodies.

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