This regulation stipulates the acceptance organization and procedures, acceptance basis, and acceptance content and methods for rural primary electrification construction. This regulation applies to the planning and implementation acceptance of rural primary electrification counties (cities, districts, banners) arranged by the state and local governments. The planning and implementation acceptance of rural primary electrification at the prefecture (city, state) level can refer to it. GB/T 15659-1995 Acceptance Regulation for Rural Primary Electrification GB/T15659-1995 Standard download decompression password: www.bzxz.net

1 General Principles
National Standard of the People's Republic of China
Acceptance Code for Primary Rural Electrification
The acceptance examination code wfprimary rural electrificationGB/T 15659-.1995
1.1 This code stipulates the acceptance organization and procedures, acceptance basis, and acceptance content and methods for primary rural electrification construction. 1.2 This code is only used for the acceptance of the planning and implementation of primary rural electrification in counties (cities, districts, banners) arranged by the state and local governments. The acceptance of the planning and implementation of primary rural electrification at the prefecture (city, state) level can refer to it. 1.3 In addition to implementing this code, the acceptance of primary rural electrification (city, district, banner) should also implement professional specifications and regulations related to water conservancy and hydropower. 1.4 Counties (cities, districts, banners) that have met the rural primary electrification county standards after acceptance should continue to consolidate and advance, and counties (cities, districts, banners) that have not met the standards should meet the standards and accept the standards within a time limit.
2 Acceptance Application
2.1 The construction of rural primary electrification counties (cities, districts, banners) should meet the following conditions before they can be accepted for acceptance. 2.1.1 The management system and service agencies of rural primary electrification meet the requirements. 2.1.2 The county (city, district, banner) organizes relevant departments to conduct self-inspection and considers that the standards are met. 2.1.3 The relevant documents are complete and the original data are complete, which can meet the requirements of acceptance. 2.1.4 Complete a summary report that can reflect the main indicators, construction process, characteristics and key issues of the construction of rural primary electrification counties (cities, districts, banners).
2.1.5 The single power supply, power transmission and transformation projects and other projects put into production in the construction of rural primary electrification counties (cities, regions, banners) have passed the trial operation and met the quality requirements.
2.1.6 The science and technology promotion projects and scientific and technological achievements of rural primary electrification counties (cities, regions, banners) should be prepared with special research reports or acceptance appraisal opinions.
2.2 When the conditions for acceptance are met, each county should prepare an application acceptance report and apply for acceptance according to the prescribed procedures. 2.3 The conditions for acceptance of rural primary electrification at the prefecture (city, state) level should be implemented in the same way, and the following conditions should be met: a. All counties have been formally accepted:
b. There is a backbone power supply at the prefecture (city, state); to form a regional power grid, and there are corresponding power management organizations. 3 Acceptance organization and procedures
3.1 The acceptance of rural primary electrification in counties (cities, districts, banners) should be chaired by the designated departments to form an acceptance committee, and conduct on-site acceptance in accordance with the principle of streamlining and efficiency:
3.2 The acceptance committee shall set up various working groups to carry out the acceptance work and complete the acceptance report. 3.3 After the on-site acceptance is qualified, it shall be approved and recorded by the designated departments and a certificate shall be issued, and the title of rural primary electrification unit (city, district, banner) shall be awarded. Approved by the State Technical Supervision Bureau on July 24, 1995, implemented on January 1, 1996
4 Acceptance Basis
18/115659-1995
4.1 The main basis for acceptance of rural primary electrification counties (cities, districts, banners) is: a. Documents, replies and reports on the construction of rural primary electrification counties issued by national and local departments at all levels; b. "Standards for Rural Primary Electrification in Small Hydropower Power Supply Areas" SL30-92; c. County (city, district, banner) rural primary electrification planning report and supplementary revised planning report, etc. 5 Acceptance Content and Methods
5.1 Rural primary electrification counties (cities, districts, banners) must establish and improve rural electrification management institutions at all levels, have the required equipment maintenance and testing, engineering survey and design capabilities, and establish rural electrification training and communication institutions. 5.2 The comprehensive index assessment of the county (city, district, banner) for rural primary electrification should meet the following requirements: 5.2.1 Rural primary electrification should focus on the development of local hydropower resources, and build other supporting power sources according to local conditions. Including the following aspects: power stations built by the county state-owned, collective, and individual; power stations built or jointly built by various enterprises and departments in the county; b.
c. The regional power grid based on rural hydropower supplies the county's electricity: d. The power supply of power stations jointly built in neighboring counties and the power purchased from the power use rights of large power grids. 5.2.2. The basic layout of the county (city, district, banner) power grid is reasonable, and the comprehensive network loss rate is not higher than 11. The calculation of the soldiers is shown in Table 5 and Table 6. 5.2.3 The household electrification rate of the county (city, district, banner) must reach more than 90%, and its power guarantee rate should reach 85%. The specific calculation is shown in Table 7 and Table 8. The formula for calculating the household electrification rate in the county is: the number of households with electricity in the county (10,000 households) × 100%
household electrification rate in the county -
total number of households in the county (10,000 households)
"Electricity guarantee rate\ refers to the electricity supply guarantee rate for residents' daily electricity consumption during the period of 18:00 to 23:00 throughout the year. The calculation formula is: Electricity guarantee rate = the cumulative number of hours of electricity supply during the period of 18:00 to 23, every day of the year × 100%5 × 365
5.2.4 The annual per capita electricity consumption of the whole county (city, district, banner) must be above 200kW·h. The pastoral counties can be appropriately reduced, but it should not be less than 150kW·h. The calculation formula is:
The annual per capita electricity consumption of the whole county = the annual electricity consumption of the whole county (1%kW-h) (kWb/person) the total population of the whole county (10,000 people)
5.2.5 The annual average household electricity consumption of the whole county (city, district, banner) must be above 200 kw·h Above, for pastoral areas, Ir areas, forest areas, and ethnic minority areas, it can be appropriately reduced, but not less than 150kW·h. The calculation formula is: Average annual household electricity consumption in the county = Annual household electricity consumption in the county (19kW·h) (kW·h/household) Total number of households in the county (10,000 households)
5.2.6 Actively utilize hydropower and carry out "replacing firewood with electricity" to protect ecological balance. More than 10% of users in the county (city, county, banner) use electric cooking during the flood season; or more than 20% of users use electricity to save firewood and coal. See Table 9 for specific calculations. 5.3 The assessment of the management level of rural primary electrification counties (cities, districts, banners) should meet the specified requirements: 5.3.1 Rural primary electrification counties (cities, districts, banners) should establish and improve complete operation, maintenance, safety regulations and systems, and have a complete job responsibility system and economic responsibility system
GB/T15659-1995
5.3.2 The employees of this system can master the basic knowledge and proficient operating skills of this position, and prevent major equipment and personal injury accidents. 5.3.3 The rural hydropower power system should establish and complete a general dispatching center, improve the dispatching regulations and systems, carry out the optimization dispatching work of hydropower stations and power grids, and continuously improve the communication and dispatching level of the system. 5.3.3.1 Its dispatching center should ensure that it has communication and dispatching equipment with each backbone power station, 35kV or above substation and important users to ensure smooth communication and flexible dispatching.
5.3.3.2 The dispatch center of the city (city, state) should ensure that it has communication equipment with the directly affiliated power stations, substations, important users and networked county dispatch centers, and ensure smooth communication and flexible dispatch. 5.3.4 The integrity rate of the main power generation and power supply equipment should reach more than 95%, and the annual average accident rate of the main power generation and power substation equipment should be less than 0.5 times/unit year. See Table 10,
a. The calculation formula for the integrity rate of the main equipment is: (the number of first and second category equipment units in the main power station or power transmission and transformation equipment) Main equipment integrity rate-
(the total number of units of the main power station or power transmission and transformation equipment in the county participating in the equipment rating)b. The calculation formula for the accident rate of major power generation equipment is: Number of accidents of major power generation equipment in the county (times) (times/unit) Accident rate of major power generation equipment in the county =
Number of generator sets in the county (units)
c. The calculation formula for the accident rate of major substation equipment is: Number of accidents of major substation equipment in the county (times) (times/unit) Accident rate of substation equipment in the county
Number of main transformers in all substations (units) 5.3.5 The qualified rate of system power grid should reach more than 90%, and the qualified rate of county independent power grid should reach more than 95%. See Table 11 and Table 12 for details. a.
Voltage qualification rate:
Voltage qualification rate = 0. 5 A + 0. 3 B + 0. 2 CA (or B, C)
× 100%
Wherein: A—average value of voltage qualification rate of monitoring points of 35kV user-specific substations and public substations; B—average value of voltage qualification rate of monitoring points of 10(6)kV high-voltage users; C—average value of voltage qualification rate of monitoring points of low-voltage users; V—time when the voltage of each monitoring point in the whole county exceeds the allowable deviation; T—operating time of each monitoring point in the whole county.
b. Frequency qualification rate:
Frequency qualification rate
× 100%
GB/T 15659-1995
: Wherein: V—the number of hours when the annual power grid frequency exceeds the deviation, and the allowable value is between 49.5 and 50.5Hz. 5.4 The economic benefit assessment of the rural primary electrification counties (cities, districts, banners) should meet the following requirements: 5.4.1 Electrification promotes the rapid development of the social economy of the county (city, district, banner), and the economic level, fiscal revenue and per capita income, people's living standards, and industrialization level of the county (city, district, banner) have been significantly improved and improved. See Table 1, Table 2 and Table 3 for specific calculations. 5.4.2 The operation and management of power enterprises in rural primary electrification counties (cities, districts, banners) have been continuously strengthened, the labor productivity of all employees has been significantly improved, and profits have increased year by year. See Table 4 for specific calculations.
5.5 The assessment of the spiritual civilization and ecological environment benefits of rural primary electrification counties (cities, districts, banners) should meet the following requirements: 5.5.1 Electrification promotes the development of cultural education, science and technology, and health, and greatly improves the quality of people's cultural life. 5.5.2 Electrification promotes "replacing firewood with electricity", protects forest resources, and significantly improves the ecological environment. 5.6 During the acceptance of primary rural electrification in counties (cities, districts, banners), the number of households with electricity and households that "replace firewood with electricity" shall be counted by township (town). The operation records, accident records, grid loss calculation records, voltage and frequency calculation records of each power station and each substation shall be prepared and submitted for review or random inspection. 5.7 The acceptance of primary rural electrification in counties (cities, districts, banners) shall be conducted by combining listening to reports, on-site verification, and random inspection. 5.7.1 Comprehensive situation and relevant indicators shall be evaluated and accepted through Appendix 1 to 5.7.2 The assessment and verification of certain indicators can be carried out by random sampling through the basic data, original records and ledgers for reference. 5.7.3 The assessment of major engineering projects can be carried out by on-site inspection and verification. 6 Acceptance Documents
6.1 The acceptance of rural primary electrification in counties (cities, districts, banners) should prepare an acceptance report, clarifying the acceptance basis, acceptance time, acceptance organization, acceptance procedures and existing problems, etc., and attached with the signatures of all members of the acceptance committee. When some members have reservations on certain issues or even whether the acceptance is qualified, the acceptance report should be signed. 6.2 After the acceptance of rural primary electrification in the county (city, district, banner), the acceptance report shall be submitted by the unit in charge of the acceptance to the specified department for approval Category
Total area
Number of townships (towns)
Total population
Total number of households
Agricultural population
Number of agricultural households
Cultivated land area
Forest coverage
Average rainfall over many years
Exploitable water resources
Developed
Hydropower in the grid
Thermal power in the grid
110kV Line
35kV line
6~10kV line
General voltage trunk line
GB/T15659—1995
Table 1 Comparison table of basic conditions of county compliance year and base year Position
Taiwan/kw
Taiwan/kw
Taiwan/kw
Tea/km
Line/km
Line/kin
Base year
Compliance year
35kV and above substation
110kv Main transformer
35kv± transformer
3~-10kV distribution transformer
TV differential switch
TV
Record recorder
Washing machine
Electric fan
Refrigerator
Air conditioner
Electronic teaching
Lighted stadium
Cultural entertainment
Video studio (field)
Benchmark year and standard year
Taiwan/kV·A
Taiwan/kV·A|| tt||Taiwan/kV·A
Electricity consumption
Electricity consumption
Life electricity consumption
Electricity instead of firewood
GB/T15659—1995
Table 2 Main indicators of electrification in counties meeting the target year
Electrification products
Electrification household rate
Guarantee rate>85% households
Qualified electrification household rate
Total electricity consumption
Electricity consumption per capita
Total life electricity consumption
Life electricity consumption per household Amount
Total power supply
Of which self-supplied
Households using electricity instead of firewood
Total number of households
Comprehensive network loss rate
Generation equipment
Equipment integrity rate
Power transmission and transformation equipment
Voltage qualification rate
County independent power grid frequency qualification rate
Generation equipment accident rate
Transformation equipment accident rate
10,000 kw·h
10,000 kw·h
10,000 kW·hi||tt| |10,000 kw·h
≤11%
Baseline year
Target year
Calculated population;10,000 people
Baseline year
Target year
(10,000 yuan)
Total output value
GB/T15659--1995
Table 3 Statistics of economic benefits of county national economy
Total industrial and agricultural output value (10,000 yuan)
(10,000 yuan water square yuan
Note: "The constant price is calculated based on the constant price of 1990. Constant price
Constant price
(10,000 yuan)
Attached labor
Transfer of labor
(10,000 people)
County-level finance
10,000 yuanWater 10,000 yuan
(yuan)
Pure makeup
(yuan)
Base year
Standard year
Income (10,000 yuan)
Power generation and supply
GB/T15659—1995||tt| |Table 4 Statistics of Economic Benefits of County Hydropower System Economic Benefits of County Hydropower System
Total Profit and Tax (RMB)
Profit and Tax Per Capita
(RMB/person-year)
Unit Cost
(RMB/kw·h)
Electricity Generation?
Comprehensive Electricity Sales Unit Price
(RMB/kw·h)
Above Ground Level
GB/T15659—1995
Table 5 Statistical table of electricity consumption in the county in the year of reaching the standard
Classification of electricity consumption (10,000 kw·h)
Industrial electricity consumption
Subtotal of industrial and multi-town enterprises
Agricultural electricity consumption
Electric drainage and irrigation for agricultural and sideline processing
Life electricity consumption
Description: This table is filled in with two parts: the scope of the county and the units directly under the county and above. The scope of the county should be filled in with towns and county-level units. Others
Basic year
Year of reaching the standard
GB/T 15659—1995
Table 6 Statistics of power supply and grid approval in counties
White power supply
Power supply of power stations (factories) in this county
Generation
Regional power grid
Power supply for factory consumption
Power supply in neighboring counties
Large power grid
Self-powered panels
Proportion of total power supply
Unit of electricity: 10,000 kW·h
Comprehensive network loss rate
Grid-collected electricity
Total
Percentage of electricity sent outside the county
(%)
Note: "Others" in "self-powered electricity" refers to electricity from joint ventures with the county, equity investment and reservoir resettlement compensation, etc.: "Power sales" total meter power on the low-voltage side of distribution transformers or special transformers,
Name of township
Population
GB/T15659—1995
Statistical table of electricity popularization level in the year of reaching the standard
Number of electricity
Number of districts
Electrification rate (%)
Total number of households
Number of households with electricity
Electrification rate of households (%)
Power station and substation
GB/T 15659—1995
Table 8 Statistics of the annual standard living electricity guarantee rate (85%) in counties Number of households supplied with electricity
Line name
and number
Self-supply during power outage
Every day throughout the year 1800～23=00
Cumulative power outage hours
Electricity hours
Actual power outage
Hours
Energy guarantee rate of each line throughout the year
Note: This table only extracts the lines with cumulative power outage hours exceeding 273 hours (i.e. the guarantee rate of 85% is not achieved) from the original records, and the statistics of the remaining lines are included in the original data for reference.2 The management and operation of power enterprises in rural primary electrification counties (cities, districts, banners) have been continuously strengthened, the labor productivity of all employees has been significantly improved, and profits have increased year by year. See Table 4 for specific calculations.
5.5 The assessment of the spiritual civilization and ecological environment benefits of rural primary electrification counties (cities, districts, banners) should meet the following requirements: 5.5.1 Electrification promotes the development of cultural education, science and technology, and health, and greatly improves the quality of people's cultural life. 5.5.2 Electrification promotes "electricity instead of firewood", protects forest resources, and significantly improves the ecological environment. 5.6 During the acceptance of rural primary electrification counties (cities, districts, banners), the number of households with electricity and "electricity instead of firewood" households will be counted according to townships (towns), and the operation records, accident records, and grid loss calculation records of each power station and substation, as well as the voltage and frequency calculation records will be prepared and submitted for review or random inspection. 5.7 The acceptance of rural primary electrification counties (cities, districts, banners) should be carried out by combining listening to reports, on-site verification, and sampling inspection. 5.7.1 The overall situation and relevant indicators are assessed and accepted through Appendix 1 to 5.7.2 The assessment and verification of certain indicators can be carried out by random sampling through the basic data, original records and ledgers for reference. 5.7.3 The assessment of major engineering projects can be carried out by on-site inspection and verification. 6 Acceptance Documents
6.1 The acceptance of rural primary electrification in counties (cities, districts, banners) should prepare an acceptance report, clarifying the acceptance basis, acceptance time, acceptance organization, acceptance procedures and existing problems, etc., and attached with the signatures of all members of the acceptance committee. When some members have reservations on certain issues or even whether the acceptance is qualified, the acceptance report should be signed. 6.2 After the acceptance of rural primary electrification in the county (city, district, banner), the acceptance report shall be submitted by the unit in charge of the acceptance to the specified department for approval Category
Total area
Number of townships (towns)
Total population
Total number of households
Agricultural population
Number of agricultural households
Cultivated land area
Forest coverage
Average rainfall over many years
Exploitable water resources
Developed
Hydropower in the grid
Thermal power in the grid
110kV Line
35kV line
6~10kV line
General voltage trunk line
GB/T15659—1995
Table 1 Comparison table of basic conditions of county compliance year and base year Position
Taiwan/kw
Taiwan/kw
Taiwan/kw
Tea/km
Line/km
Line/kin
Base year
Compliance year
35kV and above substation
110kv Main transformer
35kv± transformer
3~-10kV distribution transformer
TV differential switch
TV
Record recorder
Washing machine
Electric fan
Refrigerator
Air conditioner
Electronic teaching
Lighted stadium
Cultural entertainment
Video studio (field)
Benchmark year and standard year
Taiwan/kV·A
Taiwan/kV·A|| tt||Taiwan/kV·A
Electricity consumption
Electricity consumption
Life electricity consumption
Electricity instead of firewood
GB/T15659—1995
Table 2 Main indicators of electrification in counties meeting the target year
Electrification products
Electrification household rate
Guarantee rate>85% households
Qualified electrification household rate
Total electricity consumption
Electricity consumption per capita
Total life electricity consumption
Life electricity consumption per household Amount
Total power supply
Of which self-supplied
Households using electricity instead of firewood
Total number of households
Comprehensive network loss rate
Generation equipment
Equipment integrity rate
Power transmission and transformation equipment
Voltage qualification rate
County independent power grid frequency qualification rate
Generation equipment accident rate
Transformation equipment accident rate
10,000 kw·h
10,000 kw·h
10,000 kW·hi||tt| |10,000 kw·h
≤11%
Baseline year
Target year
Calculated population;10,000 people
Baseline year
Target year
(10,000 yuan)
Total output value
GB/T15659--1995Www.bzxZ.net
Table 3 Statistics of economic benefits of county national economy
Total industrial and agricultural output value (10,000 yuan)
(10,000 yuan water square yuan
Note: "The constant price is calculated based on the constant price of 1990. Constant price
Constant price
(10,000 yuan)
Attached labor
Transfer of labor
(10,000 people)
County-level finance
10,000 yuanWater 10,000 yuan
(yuan)
Pure makeup
(yuan)
Base year
Standard year
Income (10,000 yuan)
Power generation and supply
GB/T15659—1995||tt| |Table 4 Statistics of Economic Benefits of County Hydropower System Economic Benefits of County Hydropower System
Total Profit and Tax (RMB)
Profit and Tax Per Capita
(RMB/person-year)
Unit Cost
(RMB/kw·h)
Electricity Generation?
Comprehensive Electricity Sales Unit Price
(RMB/kw·h)
Above Ground Level
GB/T15659—1995
Table 5 Statistical table of electricity consumption in the county in the year of reaching the standard
Classification of electricity consumption (10,000 kw·h)
Industrial electricity consumption
Subtotal of industrial and multi-town enterprises
Agricultural electricity consumption
Electric drainage and irrigation for agricultural and sideline processing
Life electricity consumption
Description: This table is filled in with two parts: the scope of the county and the units directly under the county and above. The scope of the county should be filled in with towns and county-level units. Others
Basic year
Year of reaching the standard
GB/T 15659—1995
Table 6 Statistics of power supply and grid approval in counties
White power supply
Power supply of power stations (factories) in this county
Generation
Regional power grid
Power supply for factory consumption
Power supply in neighboring counties
Large power grid
Self-powered panels
Proportion of total power supply
Unit of electricity: 10,000 kW·h
Comprehensive network loss rate
Grid-collected electricity
Total
Percentage of electricity sent outside the county
(%)
Note: "Others" in "self-powered electricity" refers to electricity from joint ventures with the county, equity investment and reservoir resettlement compensation, etc.: "Power sales" total meter power on the low-voltage side of distribution transformers or special transformers,
Name of township
Population
GB/T15659—1995
Statistical table of electricity popularization level in the year of reaching the standard
Number of electricity
Number of districts
Electrification rate (%)
Total number of households
Number of households with electricity
Electrification rate of households (%)
Power station and substation
GB/T 15659—1995
Table 8 Statistics of the annual standard living electricity guarantee rate (85%) in counties Number of households supplied with electricity
Line name
and number
Self-supply during power outage
Every day throughout the year 1800～23=00
Cumulative power outage hours
Power hours
Actual power outage
Hours
Energy guarantee rate of each line throughout the year
Note: This table only extracts the lines with cumulative power outage hours exceeding 273 hours (i.e. the guarantee rate of 85% is not achieved) from the original records, and the statistics of the remaining lines are included in the original data for reference.2 The management and operation of power enterprises in rural primary electrification counties (cities, districts, banners) have been continuously strengthened, the labor productivity of all employees has been significantly improved, and profits have increased year by year. See Table 4 for specific calculations.
5.5 The assessment of the spiritual civilization and ecological environment benefits of rural primary electrification counties (cities, districts, banners) should meet the following requirements: 5.5.1 Electrification promotes the development of cultural education, science and technology, and health, and greatly improves the quality of people's cultural life. 5.5.2 Electrification promotes "electricity instead of firewood", protects forest resources, and significantly improves the ecological environment. 5.6 During the acceptance of rural primary electrification counties (cities, districts, banners), the number of households with electricity and "electricity instead of firewood" households will be counted according to townships (towns), and the operation records, accident records, and grid loss calculation records of each power station and substation, as well as the voltage and frequency calculation records will be prepared and submitted for review or random inspection. 5.7 The acceptance of rural primary electrification counties (cities, districts, banners) should be carried out by combining listening to reports, on-site verification, and sampling inspection. 5.7.1 The overall situation and relevant indicators are assessed and accepted through Appendix 1 to 5.7.2 The assessment and verification of certain indicators can be carried out by random sampling through the basic data, original records and ledgers for reference. 5.7.3 The assessment of major engineering projects can be carried out by on-site inspection and verification. 6 Acceptance Documents
6.1 The acceptance of rural primary electrification in counties (cities, districts, banners) should prepare an acceptance report, clarifying the acceptance basis, acceptance time, acceptance organization, acceptance procedures and existing problems, etc., and attached with the signatures of all members of the acceptance committee. When some members have reservations on certain issues or even whether the acceptance is qualified, the acceptance report should be signed. 6.2 After the acceptance of rural primary electrification in the county (city, district, banner), the acceptance report shall be submitted by the unit in charge of the acceptance to the specified department for approval Category
Total area
Number of townships (towns)
Total population
Total number of households
Agricultural population
Number of agricultural households
Cultivated land area
Forest coverage
Average rainfall over many years
Exploitable water resources
Developed
Hydropower in the grid
Thermal power in the grid
110kV Line
35kV line
6~10kV line
General voltage trunk line
GB/T15659—1995
Table 1 Comparison table of basic conditions of county compliance year and base year Position
Taiwan/kw
Taiwan/kw
Taiwan/kw
Tea/km
Line/km
Line/kin
Base year
Compliance year
35kV and above substation
110kv Main transformer
35kv± transformer
3~-10kV distribution transformer
TV differential switch
TV
Record recorder
Washing machine
Electric fan
Refrigerator
Air conditioner
Electronic teaching
Lighted stadium
Cultural entertainment
Video studio (field)
Benchmark year and standard year
Taiwan/kV·A
Taiwan/kV·A|| tt||Taiwan/kV·A
Electricity consumption
Electricity consumption
Life electricity consumption
Electricity instead of firewood
GB/T15659—1995
Table 2 Main indicators of electrification in counties meeting the target year
Electrification products
Electrification household rate
Guarantee rate>85% households
Qualified electrification household rate
Total electricity consumption
Electricity consumption per capita
Total life electricity consumption
Life electricity consumption per household Amount
Total power supply
Of which self-supplied
Households using electricity instead of firewood
Total number of households
Comprehensive network loss rate
Generation equipment
Equipment integrity rate
Power transmission and transformation equipment
Voltage qualification rate
County independent power grid frequency qualification rate
Generation equipment accident rate
Transformation equipment accident rate
10,000 kw·h
10,000 kw·h
10,000 kW·hi||tt| |10,000 kw·h
≤11%
Baseline year
Target year
Calculated population;10,000 people
Baseline year
Target year
(10,000 yuan)
Total output value
GB/T15659--1995
Table 3 Statistics of economic benefits of county national economy
Total industrial and agricultural output value (10,000 yuan)
(10,000 yuan water square yuan
Note: "The constant price is calculated based on the constant price of 1990. Constant price
Constant price
(10,000 yuan)
Attached labor
Transfer of labor
(10,000 people)
County-level finance
10,000 yuanWater 10,000 yuan
(yuan)
Pure makeup
(yuan)
Base year
Standard year
Income (10,000 yuan)
Power generation and supply
GB/T15659—1995||tt| |Table 4 Statistics of Economic Benefits of County Hydropower System Economic Benefits of County Hydropower System
Total Profit and Tax (RMB)
Profit and Tax Per Capita
(RMB/person-year)
Unit Cost
(RMB/kw·h)
Electricity Generation?
Comprehensive Electricity Sales Unit Price
(RMB/kw·h)
Above Ground Level
GB/T15659—1995
Table 5 Statistical table of electricity consumption in the county in the year of reaching the standard
Classification of electricity consumption (10,000 kw·h)
Industrial electricity consumption
Subtotal of industrial and multi-town enterprises
Agricultural electricity consumption
Electric drainage and irrigation for agricultural and sideline processing
Life electricity consumption
Description: This table is filled in with two parts: the scope of the county and the units directly under the county and above. The scope of the county should be filled in with towns and county-level units. Others
Basic year
Year of reaching the standard
GB/T 15659—1995
Table 6 Statistics of power supply and grid approval in counties
White power supply
Power supply of power stations (factories) in this county
Generation
Regional power grid
Power supply for factory consumption
Power supply in neighboring counties
Large power grid
Self-powered panels
Proportion of total power supply
Unit of electricity: 10,000 kW·h
Comprehensive network loss rate
Grid-collected electricity
Total
Percentage of electricity sent outside the county
(%)
Note: "Others" in "self-powered electricity" refers to electricity from joint ventures with the county, equity investment and reservoir resettlement compensation, etc.: "Power sales" total meter power on the low-voltage side of distribution transformers or special transformers,
Name of township
Population
GB/T15659—1995
Statistical table of electricity popularization level in the year of reaching the standard
Number of electricity
Number of districts
Electrification rate (%)
Total number of households
Number of households with electricity
Electrification rate of households (%)
Power station and substation
GB/T 15659—1995
Table 8 Statistics of the annual standard living electricity guarantee rate (85%) in counties Number of households supplied with electricity
Line name
and number
Self-supply during power outage
Every day throughout the year 1800～23=00
Cumulative power outage hours
Power hours
Actual power outage
Hours
Energy guarantee rate of each line throughout the year
Note: This table only extracts the lines with cumulative power outage hours exceeding 273 hours (i.e. the guarantee rate of 85% is not achieved) from the original records, and the statistics of the remaining lines are included in the original data for reference.7 The acceptance of rural primary electrification counties (cities, districts, banners) should be conducted by combining listening to reports, on-site verification, and sampling inspection. 5.7.1 The overall situation and relevant indicators are evaluated and accepted through Appendix 1 to Appendix 13. 5.7.2 The evaluation and verification of certain indicators can be carried out by random sampling, through the basic data, original records, and ledgers for reference. 5.7.3 The evaluation of major engineering projects can be carried out by on-site inspection and verification. 6 Acceptance documents
6.1 The acceptance of rural primary electrification counties (cities, districts, banners) should prepare an acceptance report, clarifying the acceptance basis, acceptance time, acceptance organization, acceptance procedures, and existing problems, etc., and attached with the signatures of all members of the acceptance committee. When some members have reservations on certain issues or even whether the acceptance is qualified, this should be reflected in the acceptance report. 6.2 After the acceptance of rural primary electrification in the county (city, district, banner), the acceptance report shall be submitted by the unit in charge of the acceptance to the specified department for approval Category
Total area
Number of townships (towns)
Total population
Total number of households
Agricultural population
Number of agricultural households
Cultivated land area
Forest coverage
Average rainfall over many years
Exploitable water resources
Developed
Hydropower within the grid
Thermal power within the grid
110kV line
35kV line
6~10kV line
General voltage trunk line
GB/T15659—1995
Table 1 Comparison of basic situation of county compliance year and base year
Taiwan/kw
Taiwan/kw
Taiwan/kw
Tea/km
Line/km
Line/kin
Base year
Compliance year
35kV and above substation
110kv Main transformer
35kv± transformer
3~-10kV distribution transformer
TV differential switch
TV
Record recorder
Washing machine
Electric fan
Refrigerator
Air conditioner
Electronic teaching
Lighted stadium
Cultural entertainment
Video studio (field)
Benchmark year and standard year
Taiwan/kV·A
Taiwan/kV·A|| tt||Taiwan/kV·A
Electricity consumption
Electricity consumption
Life electricity consumption
Electricity instead of firewood
GB/T15659—1995
Table 2 Main indicators of electrification in counties meeting the target year
Electrification products
Electrification household rate
Guarantee rate>85% households
Qualified electrification household rate
Total electricity consumption
Electricity consumption per capita
Total life electricity consumption
Life electricity consumption per household Amount
Total power supply
Of which self-supplied
Households using electricity instead of firewood
Total number of households
Comprehensive network loss rate
Generation equipment
Equipment integrity rate
Power transmission and transformation equipment
Voltage qualification rate
County independent power grid frequency qualification rate
Generation equipment accident rate
Transformation equipment accident rate
10,000 kw·h
10,000 kw·h
10,000 kW·hi||tt| |10,000 kw·h
≤11%
Baseline year
Target year
Calculated population;10,000 people
Baseline year
Target year
(10,000 yuan)
Total output value
GB/T15659--1995
Table 3 Statistics of economic benefits of county national economy
Total industrial and agricultural output value (10,000 yuan)
(10,000 yuan water square yuan
Note: "The constant price is calculated based on the constant price of 1990. Constant price
Constant price
(10,000 yuan)
Attached labor
Transfer of labor
(10,000 people)
County-level finance
10,000 yuanWater 10,000 yuan
(yuan)
Pure makeup
(yuan)
Base year
Standard year
Income (10,000 yuan)
Power generation and supply
GB/T15659—1995||tt| |Table 4 Statistics of Economic Benefits of County Hydropower System Economic Benefits of County Hydropower System
Total Profit and Tax (RMB)
Profit and Tax Per Capita
(RMB/person-year)
Unit Cost
(RMB/kw·h)
Electricity Generation?
Comprehensive Electricity Sales Unit Price
(RMB/kw·h)
Above Ground Level
GB/T15659—1995
Table 5 Statistical table of electricity consumption in the county in the year of reaching the standard
Classification of electricity consumption (10,000 kw·h)
Industrial electricity consumption
Subtotal of industrial and multi-town enterprises
Agricultural electricity consumption
Electric drainage and irrigation for agricultural and sideline processing
Life electricity consumption
Description: This table is filled in with two parts: the scope of the county and the units directly under the county and above. The scope of the county should be filled in with towns and county-level units. Others
Basic year
Year of reaching the standard
GB/T 15659—1995
Table 6 Statistics of power supply and grid approval in counties
White power supply
Power supply of power stations (factories) in this county
Generation
Regional power grid
Power supply for factory consumption
Power supply in neighboring counties
Large power grid
Self-powered panels
Proportion of total power supply
Unit of electricity: 10,000 kW·h
Comprehensive network loss rate
Grid-collected electricity
Total
Percentage of electricity sent outside the county
(%)
Note: "Others" in "self-powered electricity" refers to electricity from joint ventures with the county, equity investment and reservoir resettlement compensation, etc.: "Power sales" total meter power on the low-voltage side of distribution transformers or special transformers,
Name of township
Population
GB/T15659—1995
Statistical table of electricity popularization level in the year of reaching the standard
Number of electricity
Number of districts
Electrification rate (%)
Total number of households
Number of households with electricity
Electrification rate of households (%)
Power station and substation
GB/T 15659—1995
Table 8 Statistics of the annual standard living electricity guarantee rate (85%) in counties Number of households supplied with electricity
Line name
and number
Self-supply during power outage
Every day throughout the year 1800～23=00
Cumulative power outage hours
Power hours
Actual power outage
Hours
Energy guarantee rate of each line throughout the year
Note: This table only extracts the lines with cumulative power outage hours exceeding 273 hours (i.e. the guarantee rate of 85% is not achieved) from the original records, and the statistics of the remaining lines are included in the original data for reference.7 The acceptance of rural primary electrification counties (cities, districts, banners) should be conducted by combining listening to reports, on-site verification, and sampling inspection. 5.7.1 The overall situation and relevant indicators are evaluated and accepted through Appendix 1 to Appendix 13. 5.7.2 The evaluation and verification of certain indicators can be carried out by random sampling, through the basic data, original records, and ledgers for reference. 5.7.3 The evaluation of major engineering projects can be carried out by on-site inspection and verification. 6 Acceptance documents
6.1 The acceptance of rural primary electrification counties (cities, districts, banners) should prepare an acceptance report, clarifying the acceptance basis, acceptance time, acceptance organization, acceptance procedures, and existing problems, etc., and attached with the signatures of all members of the acceptance committee. When some members have reservations on certain issues or even whether the acceptance is qualified, this should be reflected in the acceptance report. 6.2 After the acceptance of rural primary electrification in the county (city, district, banner), the acceptance report shall be submitted by the unit in charge of the acceptance to the specified department for approval Category
Total area
Number of townships (towns)
Total population
Total number of households
Agricultural population
Number of agricultural households
Cultivated land area
Forest coverage
Average rainfall over many years
Exploitable water resources
Developed
Hydropower within the grid
Thermal power within the grid
110kV line
35kV line
6~10kV line
General voltage trunk line
GB/T15659—1995
Table 1 Comparison of basic situation of county compliance year and base year
Taiwan/kw
Taiwan/kw
Taiwan/kw
Tea/km
Line/km
Line/kin
Base year
Compliance year
35kV and above substation
110kv Main transformer
35kv± transformer
3~-10kV distribution transformer
TV differential switch
TV
Record recorder
Washing machine
Electric fan
Refrigerator
Air conditioner
Electronic teaching
Lighted stadium
Cultural entertainment
Video studio (field)
Benchmark year and standard year
Taiwan/kV·A
Taiwan/kV·A|| tt||Taiwan/kV·A
Electricity consumption
Electricity consumption
Life electricity consumption
Electricity instead of firewood
GB/T15659—1995
Table 2 Main indicators of electrification in counties meeting the target year
Electrification products
Electrification household rate
Guarantee rate>85% households
Qualified electrification household rate
Total electricity consumption
Electricity consumption per capita
Total life electricity consumption
Life electricity consumption per household Amount
Total power supply
Of which self-supplied
Households using electricity instead of firewood
Total number of households
Comprehensive network loss rate
Generation equipment
Equipment integrity rate
Power transmission and transformation equipment
Voltage qualification rate
County independent power grid frequency qualification rate
Generation equipment accident rate
Transformation equipment accident rate
10,000 kw·h
10,000 kw·h
10,000 kW·hi||tt| |10,000 kw·h
≤11%
Baseline year
Target year
Calculated population;10,000 people
Baseline year
Target year
(10,000 yuan)
Total output value
GB/T15659--1995
Table 3 Statistics of economic benefits of county national economy
Total industrial and agricultural output value (10,000 yuan)
(10,000 yuan water square yuan
Note: "The constant price is calculated based on the constant price of 1990. Constant price
Constant price
(10,000 yuan)
Attached labor
Transfer of labor
(10,000 people)
County-level finance
10,000 yuanWater 10,000 yuan
(yuan)
Pure makeup
(yuan)
Base year
Standard year
Income (10,000 yuan)
Power generation and supply
GB/T15659—1995||tt| |Table 4 Statistics of Economic Benefits of County Hydropower System Economic Benefits of County Hydropower System
Total Profit and Tax (RMB)
Profit and Tax Per Capita
(RMB/person-year)
Unit Cost
(RMB/kw·h)
Electricity Generation?
Comprehensive Electricity Sales Unit Price
(RMB/kw·h)
Above Ground Level
GB/T15659—1995
Table 5 Statistical table of electricity consumption in the county in the year of reaching the standard
Classification of electricity consumption (10,000 kw·h)
Industrial electricity consumption
Subtotal of industrial and multi-town enterprises
Agricultural electricity consumption
Electric drainage and irrigation for agricultural and sideline processing
Life electricity consumption
Description: This table is filled in with two parts: the scope of the county and the units directly under the county and above. The scope of the county should be filled in with towns and county-level units. Others
Basic year
Year of reaching the standard
GB/T 15659—1995
Table 6 Statistics of power supply and grid approval in counties
White power supply
Power supply of power stations (factories) in this county
Generation
Regional power grid
Power supply for factory consumption
Power supply in neighboring counties
Large power grid
Self-powered panels
Proportion of total power supply
Unit of electricity: 10,000 kW·h
Comprehensive network loss rate
Grid-collected electricity
Total
Percentage of electricity sent outside the county
(%)
Note: "Others" in "self-powered electricity" refers to electricity from joint ventures with the county, equity investment and reservoir resettlement compensation, etc.: "Power sales" total meter power on the low-voltage side of distribution transformers or special transformers,
Name of township
Population
GB/T15659—1995
Statistical table of electricity popularization level in the year of reaching the standard
Number of electricity
Number of districts
Electrification rate (%)
Total number of households
Number of households with electricity
Electrification rate of households (%)
Power station and substation
GB/T 15659—1995
Table 8 Statistics of the annual standard living electricity guarantee rate (85%) in counties Number of households supplied with electricity
Line name
and number
Self-supply during power outage
Every day throughout the year 1800～23=00
Cumulative power outage hours
Power hours
Actual power outage
Hours
Energy guarantee rate of each line throughout the year
Note: This table only extracts the lines with cumulative power outage hours exceeding 273 hours (i.e. the guarantee rate of 85% is not achieved) from the original records, and the statistics of the remaining lines are included in the original data for reference.2After the acceptance of rural primary electrification in the county (city, district, banner), the acceptance report shall be submitted by the unit in charge of the acceptance to the specified department for approval Category
Total area
Number of townships (towns)
Total population
Total number of households
Agricultural population
Number of agricultural households
Cultivated land area
Forest coverage
Average rainfall over many years
Exploitable water resources
Developed
Hydropower in the grid
Thermal power in the grid
110kV line| |tt||35kV line
6~10kV line
General voltage trunk line
GB/T15659—1995
Table 1 Comparison of basic situation of county compliance year and base year
Taiwan/kw
Taiwan/kw
Taiwan/kw
Tea/km
Line/km
Line/kin
Base year
Compliance year
35kV and above substation
110kv Main transformer
35kv± transformer
3~-10kV distribution transformer
TV differential switch
TV
Record recorder
Washing machine
Electric fan
Refrigerator
Air conditioner
Electronic teaching
Lighted stadium
Cultural entertainment
Video studio (field)
Benchmark year and standard year
Taiwan/kV·A
Taiwan/kV·A|| tt||Taiwan/kV·A
Electricity consumption
Electricity consumption
Life electricity consumption
Electricity instead of firewood
GB/T15659—1995
Table 2 Main indicators of electrification in counties meeting the target year
Electrification products
Electrification household rate
Guarantee rate>85% households
Qualified electrification household rate
Total electricity consumption
Electricity consumption per capita
Total life electricity consumption
Life electricity consumption per household Amount
Total power supply
Of which self-supplied
Households using electricity instead of firewood
Total number of households
Comprehensive network loss rate
Generation equipment
Equipment integrity rate
Power transmission and transformation equipment
Voltage qualification rate
County independent power grid frequency qualification rate
Generation equipment accident rate
Transformation equipment accident rate
10,000 kw·h
10,000 kw·h
10,000 kW·hi||tt| |10,000 kw·h
≤11%
Baseline year
Target year
Calculated population;10,000 people
Baseline year
Target year
(10,000 yuan)
Total output value
GB/T15659--1995
Table 3 Statistics of economic benefits of county national economy
Total industrial and agricultural output value (10,000 yuan)
(10,000 yuan water square yuan
Note: "The constant price is calculated based on the constant price of 1990. Constant price
Constant price
(10,000 yuan)
Attached labor
Transfer of labor
(10,000 people)
County-level finance
10,000 yuanWater 10,000 yuan
(yuan)
Pure makeup
(yuan)
Base year
Standard year
Income (10,000 yuan)
Power generation and supply
GB/T15659—1995||tt| |Table 4 Statistics of Economic Benefits of County Hydropower System Economic Benefits of County Hydropower System
Total Profit and Tax (RMB)
Profit and Tax Per Capita
(RMB/person-year)
Unit Cost
(RMB/kw·h)
Electricity Generation?
Comprehensive Electricity Sales Unit Price
(RMB/kw·h)
Above Ground Level
GB/T15659—1995
Table 5 Statistical table of electricity consumption in the county in the year of reaching the standard
Classification of electricity consumption (10,000 kw·h)
Industrial electricity consumption
Subtotal of industrial and multi-town enterprises
Agricultural electricity consumption
Electric drainage and irrigation for agricultural and sideline processing
Life electricity consumption
Description: This table is filled in with two parts: the scope of the county and the units directly under the county and above. The scope of the county should be filled in with towns and county-level units. Others
Basic year
Year of reaching the standard
GB/T 15659—1995
Table 6 Statistics of power supply and grid approval in counties
White power supply
Power supply of power stations (factories) in this county
Generation
Regional power grid
Power supply for factory consumption
Power supply in neighboring counties
Large power grid
Self-powered panels
Proportion of total power supply
Unit of electricity: 10,000 kW·h
Comprehensive network loss rate
Grid-collected electricity
Total
Percentage of electricity sent outside the county
(%)
Note: "Others" in "self-powered electricity" refers to electricity from joint ventures with the county, equity investment and reservoir resettlement compensation, etc.: "Power sales" total meter power on the low-voltage side of distribution transformers or special transformers,
Name of township
Population
GB/T15659—1995
Statistical table of electricity popularization level in the year of reaching the standard
Number of electricity
Number of districts
Electrification rate (%)
Total number of households
Number of households with electricity
Electrification rate of households (%)
Power station and substation
GB/T 15659—1995
Table 8 Statistics of the annual standard living electricity guarantee rate (85%) in counties Number of households supplied with electricity
Line name
and number
Self-supply during power outage
Every day throughout the year 1800～23=00
Cumulative power outage hours
Power hours
Actual power outage
Hours
Energy guarantee rate of each line throughout the year
Note: This table only extracts the lines with cumulative power outage hours exceeding 273 hours (i.e. the guarantee rate of 85% is not achieved) from the original records, and the statistics of the remaining lines are included in the original data for reference.2After the acceptance of rural primary electrification in the county (city, district, banner), the acceptance report shall be submitted by the unit in charge of the acceptance to the specified department for approval Category
Total area
Number of townships (towns)
Total population
Total number of households
Agricultural population
Number of agricultural households
Cultivated land area
Forest coverage
Average rainfall over many years
Exploitable water resources
Developed
Hydropower in the grid
Thermal power in the grid
110kV line| |tt||35kV line
6~10kV line
General voltage trunk line
GB/T15659—1995
Table 1 Comparison of basic situation of county compliance year and base year
Taiwan/kw
Taiwan/kw
Taiwan/kw
Tea/km
Line/km
Line/kin
Base year
Compliance year
35kV and above substation
110kv Main transformer
35kv± transformer
3~-10kV distribution transformer
TV differential switch
TV
Record recorder
Washing machine
Electric fan
Refrigerator
Air conditioner
Electronic teaching
Lighted stadium
Cultural entertainment
Video studio (field)
Benchmark year and standard year
Taiwan/kV·A
Taiwan/kV·A|| tt||Taiwan/kV·A
Electricity consumption
Electricity consumption
Life electricity consumption
Electricity instead of firewood
GB/T15659—1995
Table 2 Main indicators of electrification in counties meeting the target year
Electrification products
Electrification household rate
Guarantee rate>85% households
Qualified electrification household rate
Total electricity consumption
Electricity consumption per capita
Total life electricity consumption
Life electricity consumption per household Amount
Total power supply
Of which self-supplied
Households using electricity instead of firewood
Total number of households
Comprehensive network loss rate
Generation equipment
Equipment integrity rate
Power transmission and transformation equipment
Voltage qualification rate
County independent power grid frequency qualification rate
Generation equipment accident rate
Transformation equipment accident rate
10,000 kw·h
10,000 kw·h
10,000 kW·hi||tt| |10,000 kw·h
≤11%
Baseline year
Target year
Calculated population;10,000 people
Baseline year
Target year
(10,000 yuan)
Total output value
GB/T15659--1995
Table 3 Statistics of economic benefits of county national economy
Total industrial and agricultural output value (10,000 yuan)
(10,000 yuan water square yuan
Note: "The constant price is calculated based on the constant price of 1990. Constant price
Constant price
(10,000 yuan)
Attached labor
Transfer of labor
(10,000 people)
County-level finance
10,000 yuanWater 10,000 yuan
(yuan)
Pure makeup
(yuan)
Base year
Standard year
Income (10,000 yuan)
Power generation and supply
GB/T15659—1995||tt| |Table 4 Statistics of Economic Benefits of County Hydropower System Economic Benefits of County Hydropower System
Total Profit and Tax (RMB)
Profit and Tax Per Capita
(RMB/person-year)
Unit Cost
(RMB/kw·h)
Electricity Generation?
Comprehensive Electricity Sales Unit Price
(RMB/kw·h)
Above Ground Level
GB/T15659—1995
Table 5 Statistical table of electricity consumption in the county in the year of reaching the standard
Classification of electricity consumption (10,000 kw·h)
Industrial electricity consumption
Subtotal of industrial and multi-town enterprises
Agricultural electricity consumption
Electric drainage and irrigation for agricultural and sideline processing
Life electricity consumption
Description: This table is filled in with two parts: the scope of the county and the units directly under the county and above. The scope of the county should be filled in with towns and county-level units. Others
Basic year
Year of reaching the standard
GB/T 15659—1995
Table 6 Statistics of power supply and grid approval in counties
White power supply
Power supply of power stations (factories) in this county
Generation
Regional power grid
Power supply for factory consumption
Power supply in neighboring counties
Large power grid
Self-powered panels
Proportion of total power supply
Unit of electricity: 10,000 kW·h
Comprehensive network loss rate
Grid-collected electricity
Total
Percentage of electricity sent outside the county
(%)
Note: "Others" in "self-powered electricity" refers to electricity from joint ventures with the county, equity investment and reservoir resettlement compensation, etc.: "Power sales" total meter power on the low-voltage side of distribution transformers or special transformers,
Name of township
Population
GB/T15659—1995
Statistical table of electricity popularization level in the year of reaching the standard
Number of electricity
Number of districts
Electrification rate (%)
Total number of households
Number of households with electricity
Electrification rate of households (%)
Power station and substation
GB/T 15659—1995
Table 8 Statistics of the annual standard living electricity guarantee rate (85%) in counties Number of households supplied with electricity
Line name
and number
Self-supply during power outage
Every day throughout the year 1800～23=00
Cumulative power outage hours
Power hours
Actual power outage
Hours
Energy guarantee rate of each line throughout the year
Note: This table only extracts the lines with cumulative power outage hours exceeding 273 hours (i.e. the guarantee rate of 85% is not achieved) from the original records, and the statistics of the remaining lines are included in the original data for reference.10,000 kW·h
Comprehensive network loss rate
Grid-collected electricity
Total electricity sent out of the county
Percentage
(%)
Note: "Others" in "Self-supplied electricity" refers to electricity from joint ventures with the county, equity investment and reservoir resettlement compensation, etc.: "Electricity sales\Total electricity on the low-voltage side of distribution transformers or special transformers,
Name o
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