"Federal network company unified energy system"
Open Joint Stock Company
TsOTenergo
Standards for the number of industrial and production personnel of enterprises of the main electrical networks.
CEO
Deputy department head
Moscow 2003
1. General part
1.1. These standards for the number of industrial and production personnel (hereinafter referred to as the standards) apply to the existing and newly commissioned main electrical networks of the Unified Energy System of Russia.
The standards are the basis for calculating and planning the standard number of industrial and production personnel of enterprises of main electrical networks (PMES), which can be used to plan the number of personnel of departments and enterprises in general, to calculate and plan the wage fund and to draw up staffing tables main electrical networks.
1.2. The standards provide for the necessary number of workers, managers, specialists and employees to perform the entire range of operations for the operational, maintenance and repair of main electrical networks in accordance with PTE, PTB, production instructions and work on the repair of industrial buildings and structures, "Rules for organizing work with personnel at enterprises and in institutions of energy production", RD 34.12.102-94.
The standards provide for the required number of personnel for the implementation and operation of automated control systems for main electrical networks, including an automated dispatch and technological control system (ASDTU) and automated systems for organizational, economic, production and technical control, created on the basis of ACS software and hardware.
The regulations do not apply to computer network"Electra".
The standards take into account the labor costs for the travel of crews from the bases to the place of work and back.
The standards take into account the number of drivers servicing vehicles and special mechanisms used to work in the main electrical networks.
1.3. The standards are developed in two versions
The first option provides for full operational, technical and repair maintenance of the main electrical networks, while the standards take into account the involved personnel of contractors performing work on the devices and equipment of the main electrical networks.
The second variant does not take into account the personnel involved in the repair of the equipment of the main electric grid facilities, which have been brought into an independent business.
1.4. The regulations do not apply to personnel:
Performing restoration and reconstruction work on special appropriations;
Performing work at consumer facilities under contracts;
Repair administrative buildings and structures.
1.5. The normative number of personnel is calculated as a whole for the enterprise. Taking into account the actual work and functions performed, the management of enterprises is recommended to distribute the standard number of personnel of the PMES by divisions and approve the standard number of personnel of structural divisions.
2. Characteristics of the equipment and operating conditions of the PMES, for which the standards are designed
2.1. The norms for the number of personnel of the main electrical networks are designed to perform operational, maintenance and repair of all types of domestic and imported equipment and devices installed in the main electrical networks.
2.2. The standards take into account the climatic and geographical local conditions in which the operational, Maintenance and repair of devices and equipment of main electrical networks.
2.3. The standards are developed taking into account the average level achieved technical equipment main electrical networks by machines and mechanisms.
3. Organization of labor.
3.1 The organization of operational maintenance of the devices of the main electrical networks is carried out using automated system control room and technological management(ASDTU) based on the operational information and control complex of computer facilities.
The organization of maintenance and repair of devices of main electrical networks is carried out using a general-purpose automated control system (ACS) based on personal computers (PC) in all production services, departments and other divisions of main electrical networks. Personal computers of all subdivisions and management of electrical networks are interconnected by local area networks. The PMES has software and hardware means of a telecommunications network to reach a higher level of management.
3.2. The organization of labor of workers, managers, specialists and employees of the PMES, adopted during the development of standards, corresponds to standard projects for the organization of labor of structural divisions and standard projects organization of jobs.
Provision is made for the use of advanced methods for organizing and carrying out maintenance and repair of main electrical networks.
3.3 Operational maintenance of kV substations is carried out around the clock by two electricians per shift.
3.4. Performance of maintenance work on overhead lines of 35 kV and above is carried out by the same subdivisions of the line service that perform work on the overhaul of overhead lines of 35 kV and above.
3.5. Maintenance and repair of RZAI and SDTU devices is carried out by divisions of specialized services of RZAI and SDTU, located in order to reduce unproductive travel costs in several points of the PMES territory.
3.6. Overhaul of substations of 35 kV and above is carried out comprehensively, i.e., simultaneously with the repair of power electrical equipment, work is carried out on RZAI, SDTU devices and construction work. Works on the comprehensive overhaul of SS 35 kV and above are carried out using work schedules previously drawn up and approved for each substation, which determine the sequence of work of all departments involved in the comprehensive overhaul. The overhaul and maintenance of substations of 35 kV and above is carried out by specialized teams of centralized repair (BCR), located at several points on the territory of the PMES.
The work of personnel is standardized according to industry and local time standards and service standards using standardized tasks.
4. Regulatory part
The normative number of industrial and production personnel of the main electrical networks should be determined by summing up:
The normative number of workers in the power grid economy, determined by the norms for the number of workers, including for ACS units, given in Section 4.1.;
The normative number of managers, specialists and employees (RSC) for the electric grid economy, determined according to the norms for the number of RCC, including for ACS units, given in section 4.2.;
The normative number of personnel of other divisions that are part of the PMES (power plants, heating networks, boiler houses, etc.), determined by the relevant regulatory documents.
The standard number of industrial and production personnel in the power grid sector determined by summation for accounting special training operational and operational-repair personnel during working hours should increase by 3%.
For main electrical networks located in the regions of the Far North, the standard number of personnel should also be increased by 8.0%, for those located in areas equivalent to regions of the Far North - by 5.0%, and in other regions of the North, where the district coefficient and the percentage bonus to wages were set at 2%.
In the event that the PMES fails to perform any function of management, repair maintenance, the standard number of PMES personnel should be reduced by the amount determined by the corresponding table of standards.
Limits of numerical indicators in which "up to" is indicated should be understood as "inclusive".
Only the normative number of personnel in the power grid sector and the normative number of all PMES personnel are subject to rounding up to an integer.
4.1. Standards for the number of workers
The number of workers carrying out operational, maintenance and repair of substations 35 kV and above, maintenance and repair of overhead lines 35 kV and above should be determined from Table. 4.1.1., 4.1.2., 4.1.3. by the number of relevant devices on the main electric networks as a whole.
The number of workers engaged in maintenance and repair of RZAI, SDTU, ACS and ASDTU devices for mechanization and vehicles, testing of insulation and surge protection, work in the workshop (workshop) to repair equipment, construction and repair work and cleaning work of production and office premises should be determined according to the table. 4.1.4.-4.1.11 according to the values of the factors adopted in these tables in general for the main electric networks.
To the standard number of workers, calculated according to Table. 4.1 the number of workers for logistics should be added in the amount of 1.2% of the specified standard number of workers.
In the presence of copying equipment in the PMES, one person operator of copying and multiplying machines should be provided.
Table 4.1.1.
Standards for the number of workers for the operational and maintenance of substations 35 kV and above
Number of connections with circuit breakers 6 kV and higher at the substation, units |
Number of workers per substation, pers. |
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at substation voltage, kV |
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Notes.
To this table, the coefficient K1 should be applied, given, respectively, in Table. 4.1.12. The standards take into account labor costs for travel to and from the place of work. The number of workers for substations with a voltage of 20/6-10 kV should be determined by the column with a voltage of 35 kV.
Table 4.1.2.
Standards for the number of workers for the repair of substations 35 kV and above
Name of devices |
Number of workers per 100 devices, people |
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at voltage, kV |
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Power transformer | |||||||
Connection with air circuit breaker | |||||||
Connection with oil circuit breaker | |||||||
Connection with SF6 circuit breaker | |||||||
Connection with separator and short circuit | |||||||
Synchronous compensator up to 30 MVAr | |||||||
Synchronous compensator over 30 MVAr | |||||||
Compressor | |||||||
Static capacitors |
Notes.
The coefficients K1, K2 should be applied to the table, the values of which are given, respectively, in tables 4.1.12., 4.1.13. With the withdrawal of repair in an independent business, the standard number of personnel, calculated according to the table, is reduced by 45%.
Table 4.1.3.
Standards for the number of workers for the repair and maintenance of overhead lines 35 kV and above
Voltage, kV |
Number of chains on supports |
Number of workers per 100 km of line route, pers. |
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with support material |
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wish. concrete |
tree on the b. prefixes | ||||
Notes.
Coefficients K1, K2 should be applied to this table, the values of which are given, respectively, in Table. 4.1.12., 4.1.14. 150 kV overhead lines on unified supports should refer to 110 kV overhead lines, and 150 kV overhead lines on T - shaped supports to 220 kV overhead lines. With the withdrawal of repairs in an independent business, the standard number of personnel, calculated according to the table, is reduced by 35%.
Table 4.1.4.
Standards for the number of workers for the maintenance and repair of relay protection, electrical automation and electrical measurements
Total number of relay protection and automation devices in PMES, units |
Number of workers, pers. |
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with a total power of transformers of 6 kV and above in PMES, thousand kVA |
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up to 700 | |||||
up to 600 | |||||
Notes. |
The coefficient K1 should be applied to the table, the value of which is given in Table 4.1.12. |
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The indicator "Total number of relay protection devices and electrical automation in the ES" is determined by summing the indicators for lines 01,02,03, the annual form of the State Statistics Committee of Russia No. 17 (energy) - "Report on the operation of relay protection devices, electrical automation and emergency automation" at the end of last year . The values of the indicator "Total number of relay protection and electric automation devices" obtained from the indicated forms must be adjusted depending on the number of complex and simple protections in the PMES. To simple devices should include: overcurrent protection (except for directional ones) and current cutoffs; protection min. and max. voltage without power flow control; differential current cutoffs and relay protection |
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RNT; three-phase simple AR and AVR; gas and earth fault protection devices All other RZAI devices given in the forms should be classified as complex. According to the obtained values, the ratio is calculated: |
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Where NC and NP are the number, respectively, of complex and |
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simple devices. If KD / Ko>1 (KO - the optimal ratio, taken equal to 0.15), then the value of the indicator "Total number of relay protection devices and electric automatics" is calculated by the formula: N= 0.55NP + 4NC With a total power of transformers of 6 kV and above more than 6580 thousand kVA or a total number of relay protection and automation devices more than 7500 units. for each additional, respectively, 1470 kVA or 1150 units. devices, the number of workers should increase by 1 person. The standards take into account the labor costs for travel to the place of work and back. The standards take into account the number of workers in the metrological laboratory. When the repair is turned into an independent repair business, the normative number of personnel calculated according to the table is reduced by 15%. |
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Table 4.1.5. |
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Standards for the number of workers for testing insulation and surge protection |
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Total number of connections 6 kV and above with circuit breakers at substations 35 kV and above in PMES, units |
Number of workers, pers. |
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with a total power of transformers of 35 kV and more in PMES, thousand kVA |
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up to 350 | |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
up to 160 | |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
STANDARDS FOR THE NUMBER OF INDUSTRIAL AND PRODUCTION PERSONNEL OF DISTRIBUTION ELECTRIC NETWORKS The standards for the number of industrial and production personnel of distribution electric networks were developed by the Open joint stock company TsOTenergo. The standards for the number of industrial and production personnel of distribution electric networks determine the optimal number of employees necessary for the efficient and stable functioning of distribution electric networks. 1. General part 1.1. These standards for the number of industrial and production personnel (hereinafter referred to as the standards) apply to existing and newly commissioned electrical networks of the Unified Energy System of Russia, which have on their balance sheet only objects of distribution electrical networks with a voltage of 35-220 kV and 0.4-10 kV. 2. Characteristics of the equipment and working conditions for which the standards are designed 2.1. The norms for the number of personnel of distribution electrical networks are designed to perform operational, maintenance and repair of all types of domestic and imported equipment and devices installed in distribution electrical networks. 3. Labor organizations 3.1 The organization of operational maintenance of electrical distribution network devices is carried out using an automated dispatch and technological control system (ASD-TU) based on an operational information and control complex of computer equipment. 4. Regulatory part The normative number of industrial and production personnel of distribution electric networks should be determined by summing up: The full document can be downloaded from the link at the top of the page. Russian Federation Order of RAO "UES of Russia" Standards for the number of industrial and production personnel of heating networksset a bookmark set a bookmark POPULATION STANDARDS |
Note: The number of workers in the "Repair of heat networks" function is 60% of the number given in Table 4.2.1, including the number of workers involved in emergency recovery work - 30%.
B. Standards for the number of workers for the operational, maintenance and repair of thermal mechanical equipment and structures of heating networks, excluding personnel engaged in capital, medium (large current) repairs
Table 4.2.2
Note: The number of workers in the "Repair of heat networks" function is 43% of the number given in the table, including the number of workers involved in emergency recovery work - 30%.
Standards for the number of workers for operational, maintenance and repair of mechanisms and special vehicles
Table 4.2.3
from 0.5 to 0.8 | ||||||||||||
Number of workers, pers. | ||||||||||||
The reduced area of the longitudinal section of the heating main, 10 m | ||||||||||||
Number of workers, pers. | ||||||||||||
The reduced area of the longitudinal section of the heating main, 10 m | ||||||||||||
Number of workers, pers. | ||||||||||||
The reduced area of the longitudinal section of the heating main, 10 m | ||||||||||||
Number of workers, pers. |
Notes: 1. The number of workers servicing special vehicles (including drivers of special vehicles on duty) is 60% of the number given in Table 4.2.3.
2. If there are nonresident areas (sections) in the TS with a length of heating mains (in two-pipe terms) over 20 km for each remote area, the number determined according to this table increases based on:
20-30 km. - 1 person
30-40 km. - 2 people
40-50 km. - 3 people
over 50 km. - 4 people
Standards for the number of workers for operational, maintenance and repair of automation and measurement devices, adjustment and testing in thermal networks, as well as for control, adjustment, technical supervision, regulation and supply of heat at consumer thermal units.
Table 4.2.4
Hi- | ||||||||||||||||
Table 4.2.4 (continued)
Hi- | Number of personnel, (persons) at maximum load, Gcal/h |
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Note: When allocating work on capital, medium (large current) repair of heating network equipment into an independent business, the number calculated according to the table is reduced by 25%.
Standards for the number of workers for the operational, maintenance and repair of electrical equipment for heating networks, relay protection, electrical automation, electrochemical protection of pipelines and electrical measuring instruments
Table 4.2.5
Notes: 1. With the reduced area of the longitudinal section of the heating main more than 300x10 m, for each additional 100x10 m, the standard increases by 12 people.
2. When allocating work on capital, medium (large current) repair of equipment and facilities of heating networks into an independent business, the number calculated according to the table is reduced by 26%.
4.3. Norms for the number of managers, specialists and employees
4.3.1. Standards for the number of RCC are established by function depending on the influencing factors (physical volumes of equipment and structures, the number of workers, etc.).
4.3.2. The standards for the number of RCC production units are determined in accordance with Table 4.3.14.3.7, of which the number of foremen - in accordance with Table 4.3.8.
4.3.3. The standards for the number of RCC of the administrative apparatus are determined according to Tables 4.3.9-4.3.20.
4.3.4. The normative number of all personnel without RCC of the management apparatus is determined by summing the normative number:
according to Table 4.2.14.2.5, taking into account clause 4.2.2 and clause 4.2.3;
according to Table 4.3.14.3.7;
determined by other regulatory documents in accordance with clause 1.6 of the "General Part".
4.3.5. For thermal networks, which include power plants, district boiler houses, the standard number of management personnel is determined by the total factors of the heat network economy and non-grid facilities (for TPPs, boiler houses, excluding the functions: production and technical activities, design developments, reliability assurance, labor protection and equipment security).
4.3.6. With the centralization of functions in the energy system (economic planning, organization of labor and wages; accounting and reporting, financial activities; legal service of the enterprise; logistics; capital construction; control and regulation of instruments and devices at heating points and consumer nodes; operational, maintenance and repair of mechanisms and special vehicles) the standard number of functions is not determined, except for the number determined according to Table 4.3.9.1.
Standards for the number of RCC for the function "Operational and technical maintenance of heating networks"
Table 4.3.1
Hi- | The total number of central heating stations, group and district heating points, local heating substation (elevator nodes), units. |
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9601- | 11201- | 12801- | 14401- | 16001- | 17601- | 19201- |
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Notes: 1. With a total number of central heating stations, heating substations and elevator units of more than 20800 units or a reduced length of the heating main over 540 km for every 1200 units of central heating substation, heating substation, elevator units or 30 km of the reduced length of the heating main, the standard number determined according to Table 4.3.1, increases by 1 person.
2. To the standard number of personnel determined according to this table, the number of RCC is added to the number of districts based on:
3-4 districts - 2 people; 5-7 districts - 3 people; 8-10 districts - 4 people; 11-13 districts - 5 people.
3. If there are non-automated pumping stations in the TS, the following coefficients are introduced to the standard number of personnel determined according to this table:
9-15 pumping stations - 1.05;
16-23 pumping stations - 1.1;
over 23 pumping stations - 1.15.
4. For each district of heating networks, remote from the base of the TS at a distance of 150-200 km, an additional 1 person is provided; over 200 km - 2 people
Standards for the number of RCC for the function "Repair of heat networks"
Table 4.3.2
The reduced area of the longitudinal section of the heating main is 10 m | Annual volume of repairs performed by the economic method, million rubles (in 2001 prices) |
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St. 5.5 to 11 |
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Note: With the annual volume of repairs performed by households. way, more than 11 million rubles. or the reduced area of the longitudinal section over 275x10 m for each additional 7 million rubles. or 35x10 m, the number, determined according to Table 4.3.2, increases by 1 person.
Standards for the number of RCC for the function "Setup and testing of heating networks"
Table 4.3.3
Notes: 1. When the reduced area of the longitudinal section is over 290x10 m, the standard number according to Table 4.3.3 increases by 1 person for every additional 50x10 m of the reduced area of the longitudinal section of the heating main.
2. For TS with a length of heating mains (along the highway) of more than 250 km and having 5-7 districts, the standard number for this function increases by 1 person, 8-10 districts by - 2 people, 11 or more districts - by 3 person.
3. For heating networks, which include areas remote from the TS base at a distance of more than 50 km with a heating main length of more than 45 km, the standard number of functions increases by 1 person.
Standards for the number of RCC for the function "Operational, maintenance and repair of instrumentation and automation"
Table 4.3.4
Notes: 1. For heating networks, which include areas remote from the base of the TS at a distance of more than 50 km with a heating main length of more than 45 km, the standard number determined according to Table 4.3.4 is increased by 1 person.
2. When allocating work on capital, medium (large current) repair of equipment and facilities of heating networks into an independent business, the number calculated according to the table is reduced by 10%.
Standards for the number of RCC for the function "Operational, maintenance and repair of electrical facilities"
Table 4.3.5
Installed capacity of electrical equipment, MW | The number of workers, determined according to table 4.2.5, pers. |
||||
Notes: 1. If the standard number of workers for this function, determined according to Table 4.2.5, is more than 30 people, the standard number of RCC increases by 1 person for every additional 10 people. the number of workers.
2. For heating networks, which include areas remote from the base of the TS at a distance of more than 50 km with a heating main length of more than 45 km, the standard number is increased by 1 person.
3. When allocating work on capital, medium (large current) repair of equipment and facilities of heating networks into an independent business, the number calculated according to the table is reduced by 10%.
Standards for the number of RCC for the function "Operational, maintenance and repair of mechanisms and special vehicles"
Table 4.3.6
Note: With the standard number of workers for this function more than 80 people. or the number of mechanisms and special vehicles over 150 units for every additional 25 people. workers or 55 units of equipment, the standard for the number of personnel according to Table 4.3.6 is increased by 1 person.
Standards for the number of RCC by function " dispatch control(with mode calculation)"
Table 4.3.7
Reduced length of the heating main along the route, km | Number of districts, units |
||
Note: The standard is set for the conditions of round-the-clock duty of the vehicle dispatcher. In the absence of round-the-clock duty, the standard is set based on the number of shifts of the dispatcher's work:
with one-shift duty - 1 person.
with two-shift duty - 2 people.
Normative number of masters in the number of RCC
Table 4.3.8
Function name | Numbers of normative tables | Normative number of craftsmen per worker |
|
Operational and maintenance of heating networks | |||
Repair of heating networks | |||
Adjustment and testing of heating networks, operational, maintenance and repair of instrumentation and automation | 0.06, but not less than one |
||
Operational and maintenance of electrical facilities | 0.10, but not less than one |
||
Operational, maintenance and repair of mechanisms and special vehicles | 1 master for 33 units of mechanisms and special vehicles |
Note: The normative number of senior foremen is set on the basis of: - one senior foreman for five foremen.
Standards for the number of RCC for the function "Economic planning, organization of labor and wages"
Table 4.3.9
Notes: 1. With the normative number of all personnel (without RCC of the management apparatus) more than 1600 people. the standard number according to Table 4.3.9 increases by 1 person for every additional 350 people. the normative number of all personnel of the vehicle.
2. With the centralization of this function in AO-energos, the standard number is not determined.
3. To the number determined according to table 4.3.9, the number of labor rationing engineers is added in accordance with table 4.3.9.1.
Table 4.3.9.1
Note: With the standard number of workers more than 1000 people. the normative number according to Table 4.3.9.1 increases by 1 person, for every additional 450 workers covered by the rationing.
Standards for the number of RCC for the function "Packing, accounting and training of personnel, social development"
Table 4.3.10
RCC strength standards for the function "Special and mobilization work, civil defense. Ensuring security and protection of information"
Table 4.3.11
Standards for the number of RCC for the function "Materials and technical supply"
Table 4.3.12
Notes: 1. To the standard number of RCC, determined according to Table 4.3.12, correction factors are introduced depending on the length of heat networks:
up to 85 km - 1.05;
85-150 km - 1.1;
151-350 km - 1.15;
over 350 km - 1.2.
2. For heating networks, which include areas remote from the TS base at a distance of more than 150 km with a heating main length of more than 45 km, the standard number is increased by 1 person.
Standards for the number of RCC by function " capital construction"
Table 4.3.13
Note: The function "Capital construction" takes into account the position of deputy director for capital construction.
Standards for the number of RCC for the function "General office work and economic services"
Table 4.3.14
Standards for the number of RCC for the function "Industrial and technical activities"
Table 4.3.15
The reduced area of the longitudinal section of the heating main, 10 m | Normative number of PPP (without RCC management) |
||||
Notes: 1. With the standard number of PPP more than 1516 people. or the reduced area of the longitudinal section over 270x10 m, for each additional 35x10 m or 400 people of the standard number of PPP, the standard number of personnel is increased by 1 person.
2. If there are district boiler houses in the TS, the standard increases at the rate of: 1 person. for every 3 district boiler houses.
Standards for the number of RCC for the function "Design development"
Table 4.3.16
Note: If there are district boiler houses in the TS, the standard number increases at the rate of: 1 person. for every 2 district boiler houses.
Standards for the number of RCC for the function "Ensuring reliability, labor protection and safety"
Table 4.3.17
Notes: 1. If there are more than 5 districts in the TS, the standard number increases by 0.2 people for each district, starting from the sixth.
2. For heating networks with 4 or more areas remote from the TS base at a distance of 150 km or more, the standard number of functions increases by 1 person.
Standards for the number of RCC for the function "Legal services for the activities of the enterprise"
Table 4.3.18
Standards for the number of RCC for the function "Accounting and reporting, financial activities"
Table 4.3.19
Normative number of all personnel (without the number of personnel for the "General Management" function and the number of personnel for this function), people. | The number of RCC with the number of districts, units |
||
Standards for the number of RCC by function " Software and system administration of computer technology"
Table 4.3.20
Standards for the number of RCC for the function "General Management"
Table 4.3.21
4.4. Standards for the number of personnel of divisions as part of heating networks that perform the functions of accounting for the supply (sale) of thermal energy
4.4.1. At the enterprises of heat networks, when transferring the functions of accounting and sales of heat energy to them, a structural subdivision for the implementation of these functions.
4.4.2. The norms for the number of personnel of units for accounting for the supply (sale) of thermal energy as part of heating networks are designed to determine the number of personnel for these functions.
4.4.3. The regulations provide:
- self-service for household consumers on payments for heat energy with periodic control by the personnel of the enterprise over the correctness of invoices issued, the timeliness of their payment, etc.;
- the use of computer technology for document processing.
4.4.4. The standards for the number of PPP units for accounting for the supply (sale) of heat energy are given in tables 4.4.1-4.4.5, depending on the factors indicated in the tables.
4.4.5. In addition to the number of personnel determined according to tables 4.4.1-4.4.5, the following is added:
4.4.5.1. To conduct legal, claim and claim work - 1 person. for 700 consumers (excluding household).
4.4.5.2. With an annual supply of thermal energy of more than 5.0 million Gcal - the position of Deputy Director for the sale of thermal energy.
Standards for the number of personnel for accounting for the release and sale of thermal energy
Table 4.4.1
Organization of contract work with consumers
Table 4.4.2
Notes: 1. When performing this function by the executive office of the generating company or the Energosbyt enterprise, the standard number of personnel is not calculated.
2. For residential consumers, the average annual number of newly concluded contracts is taken into account.
Standards for the number of personnel for the analysis and forecasting of heat energy markets, marketing
Table 4.4.3
Note: When this function is performed by the executive office of the generating company or the Energosbyt enterprise, the standard number of personnel is not calculated.
Standards for the number of RCC for the function "Technical audit of consumers"
Table 4.4.4
Consumer Group Audit Objects | Unit of measurement, unit | Normative number, pers. |
Consumers with annual heat consumption thousand Gcal: | ||
Non-industrial consumers | ||
Household consumers (as part of utilities) |
Standards for the number of workers for the repair and maintenance of thermal control devices
Table 4.4.5
Notes: 1. The standards take into account the storekeeper and the loader.
2. The population standards take into account RCC, the share of which is 10.0%.
5. Abbreviations used in the collection
Joint-stock company |
||
Automated enterprise management systems |
||
High voltage transmission lines |
||
Private security |
||
Control and measuring device |
||
Industrial and production personnel |
||
Safety regulations |
||
Production and technical department |
||
Rules for technical operation |
||
Managers, professionals, employees |
||
Dispatch and process control facilities |
||
Building regulations |
||
Thermal point |
||
Heating network |
||
Thermal power plant |
||
Central heating point |
Labour Organization
Electricians for the maintenance of electrical equipment perform work to maintain the working condition of electrical equipment and networks of outdoor and local lighting.
They carry out daily and systematic monitoring of technical condition electrical equipment, electric lamps, internal wiring, switches, plugs and control over their maintenance in good condition.
Damage to electrical lighting and emergency electrical equipment must be repaired immediately.
Prepare the systems of power and lighting equipment for the scheduled event.
Produce repair and preventive work according to schedules drawn up according to the plan of preventive maintenance.
Maintenance work includes: minor repairs of control panels in control rooms, electrical wires, power and lighting equipment systems.
Keep a record of electricity consumption in the morning and evening. During the duty at the dispatching console, the detected defects and malfunctions are recorded in the logbook of the operation of electrical equipment, requests are fulfilled for the operational switching of equipment, and instrument readings are monitored.
When working directly on the electrical installation, depending on the complexity of the repair, the work is carried out by one or two electricians who have a set of necessary tools and protective equipment with them.
The workplace of an electrician is equipped with a metal workbench with a vice, a swivel chair with adjustable height. Electrical measuring instruments are located at the workplace. The workbench is equipped with drawers for storing electromechanical measuring tools and instruments at the workplace.
To repair each type of electrical equipment, one of the workbenches is equipped with a test stand, to which a mains socket is connected to connect a soldering iron, hand lighting, etc. Equipment and spare parts are stored in dry rooms on racks, cable products are rolled into drums and laid out on trays in cable collectors. When repairing electrical equipment, instrumentation and tools are used, as well as protective equipment in accordance with the norms and rules of safety and operation of electrical installations.
Scope of work
Monitoring and ensuring the normal and uninterrupted operation of all electrical equipment, electrical appliances. Elimination of all detected defects and malfunctions in electrical installations. Repair of electrical equipment and electrical appliances, lamps.
Maintenance and installation of motors, switchboards, electrical measuring instruments, automatic machines and heating devices. Monitoring the economical and correct use of electricity.
Table 27
Standards for the number of electricians for maintenance
electrical equipment
N positions |
Total capacity of installed equipment, kVA |
Number of physical pieces of equipment |
over 70 000 |
Number norms, pers. |
MINISTRY OF ENERGY AND ELECTRIFICATION OF THE USSR
ORDER
In accordance with the Decree of the Council of Ministers of the USSR of July 19, 1984 N 764 "On measures to improve, reduce the cost and reduce the number of administrative apparatus" (order of the USSR Ministry of Energy of August 6, 1984 N 294), in order to prevent an unreasonable increase in the number of foremen and ensure further improvement of management production and distribution of electrical and thermal energy
I order:
1. Approve the standards for the number of foremen by type of production of the USSR Ministry of Energy (energy) in accordance with the appendix.
2. Main operational departments, main production departments energy and electrification, the All-Union and production associations Ministries, Ministries of Energy and Electrification of the Ukrainian SSR, Kazakh SSR, Uzbek SSR, Moldglavenergo and all enterprises and organizations subordinate to them:
2.1. Develop and implement the necessary measures to ensure the transition to the standards for the number of masters from October 1, 1986;
2.2. To ensure the employment of craftsmen released in connection with the introduction of headcount standards, in accordance with their qualifications.
3. To impose control over the implementation of this order on the Department of Organization of Labor and Wages (Comrade Ognyakov).
Minister
A.I.Mayorets
Application. Norms for the number of foremen by type of production of the Ministry of Energy of the USSR (energy)
Application
to the order of the Ministry of Energy
and electrification of the USSR
dated July 29, 1986 N 404
1. General Provisions
1.1. The standards are designed to calculate, plan and control the number of foremen (including senior foremen) who are part of the industrial and production personnel of thermal power plants (TPPs), hydraulic power plants (HPPs), cascades of hydraulic power plants, nuclear power plants(NPP), electric grid enterprises (PES), urban electric grid enterprises (PGES), thermal network enterprises (PTS), production and repair enterprises of energy systems (PRP), repair enterprises and associations of Soyuzenergoremont, as well as the composition of all personnel of special repair enterprises, energy systems and Soyuzspetsremenergo and Energonadzor enterprises.
1.2. The standards for the number of foremen by type of production are designed to calculate the number of foremen at the level of the Ministry of Energy of the USSR and the Union republics, main departments, associations, and energy systems.
1.3. The standards establish the estimated number of foremen in the staff of the enterprise, necessary to ensure effective management of the work of workers subordinate to them, performing repairs (in networks, as well as operational and maintenance) of equipment, structures and devices in the amounts provided for by the Rules for Technical Operation (PTE) in compliance with the Rules of Technology security (PTB).
1.4. Regulations are based on what has been achieved best practices management organizations.
1.5. The standards take into account the travel time from the bases to the place of work and back.
1.6. Standards for industrial production established depending on the planned number of subordinate workers for the corresponding type of production in the state of enterprises, for non-industrial industries - depending on the planned number of all personnel.
1.7. The standards will be a stabilizing factor that will allow the leadership of the Ministry of Energy of the USSR and the Union republics, central departments, associations, energy systems to identify and eliminate staff excesses, prevent an unreasonable increase in the number of foremen, and also predict the number of this category of workers.
1.8. The normative number of foremen of the Ministry of Energy, the head office, energy associations, and the energy system as a whole is determined by summing up by type of production.
The number of masters calculated according to these standards is rounded at the end of the calculation to an integer according to the rounding rules.
1.9. The number of foremen, determined according to these standards, is established within the limits of the standard number of engineers and employees, as well as employees of the management apparatus, determined according to the documents approved by the USSR Ministry of Energy.
Standards for the number of craftsmen by type of production
2.1. Specific population foremen and senior foremen of the total number of personnel of enterprises and organizations of the USSR Ministry of Energy (energy) is 0.0517, including senior foremen - 0.0114.
2.2. The standards for the number of craftsmen by type of production are given in the table.
2.3. The total number of foremen and senior foremen for each type of production in the state of enterprises is determined by the following formula:
where H is the value of the factor that determines the standard number of foremen in the staff of enterprises; the name of the factor for each type of production is given in column 3 of the table;
a - coefficients depending on the type of production and given in column 4 of the table.
2.4. The share of senior foremen in the total standard number of foremen and senior foremen for each type of production is given in column 5 of the table.
2.5. For industries located in the regions of the Far North, the standard number of craftsmen increases by 6.7%, and for industries located in areas equivalent to regions of the Far North - by 4.5%.
Table. Standards for the number of craftsmen by type of production
Table
Types of industries and enterprises | The name of the factor that determines the total standard number of foremen and senior foremen (N) | The value of the coefficient | The share of senior foremen in the total standard number of foremen and senior foremen (the ratio of senior foremen and foremen is shown in brackets) |
|
Production of electrical and thermal energy | ||||
At thermal power plants | The number of workers-repairmen in the state of TPP | |||
in hydraulic power plants | The number of workers in the HPP staff | |||
On cascades of hydraulic power plants | The number of workers in the state of HPP cascades | |||
At nuclear power plants | Number of maintenance workers in the NPP staff | |||
Transmission and distribution of electrical energy | ||||
In electrical networks | The number of workers in the state of PES | |||
In urban (cable) electrical networks | The number of workers in the state of PGES | |||
Transmission and distribution of thermal energy (heat networks) | The number of workers in the PTS staff | |||
Centralized repair of power equipment | ||||
Production- | Number of workers in the staff of the PRP | |||
Repair enterprises and associations of VPO "Soyuzenergoremont" | Number of workers in the staff of enterprises and associations | |||
Centralized repair of buildings and structures | ||||
Specialized repair enterprises of power systems | The number of total staff in the state of the SBR | |||
Soyuzspetsenergo enterprises | The number of all personnel in the state of enterprises | |||
Supervision of consumption and sale of electric and thermal energy (Energonadzor enterprises) | The number of all personnel in the staff of Energonadzor enterprises |
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