Electricity theft

Criminal practice of stealing electrical energy

For other uses, see Power stealing.

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Posters explaining the illegality of the theft of electric cables, outside of a mosque in Tonghai County, Yunnan.

Electricity theft is the criminal practice of stealing electrical power. The practice of stealing electricity is nearly as old as electricity distribution. Electricity theft is accomplished via a variety of means, from methods as rudimentary as directly hooking to a power line, to manipulation of computerized electrical meters. Electricity theft is most common in developing countries where power grids deliver inadequate and unreliable power.[1] The global cost of electricity theft was estimated at $96 billion every year.[2] Some punishments for the crime include fines and incarceration. The electricity losses caused by the theft are classified as non-technical losses.

## History

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On March 27, 1886 it was reported that electricity espionage was accomplished[failed verification] by unscrupulous persons tapping into Edison Electricity in New York. The Superintendent of the power station sent a power surge into the line to burn out or destroy foreign objects trespassing on the line.[3]

## Types

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A cluster of illegal electrical connections that have been directly hooked from the main electrical line short-circuiting.

There are various types of electrical power theft, including Tapping a line or bypassing the energy meter. According to a study [citation needed], 80% of worldwide theft occurs in private dwellings and 20% on commercial and industrial premises. The various types of electrical power theft include:

### Direct hooking from line

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An electrical utility power box that has been forced open to allow electricity to be illegally accessed by directly hooking it from the line.

What's known as "cable hooking" is the most used method. 80% of global power theft is by direct tapping from the line. The consumer taps into a power line from a point ahead of the energy meter. This energy consumption is unmeasured and procured with or without switches.[citation needed] It can cause severe electric shock or fire outbreak.

### Bypassing the energy meter

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In this method, the input terminal and output terminal of the energy meter is bridged, preventing the energy from registering in the energy meter.[4]

### Injecting foreign element in the energy meter

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Meters are manipulated via a remote by installing a circuit inside the meter so that the meter can be slowed down at any time. This kind of modification can evade external inspection attempts because the meter is always correct unless the remote is turned on.

### Physical obstruction

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This type of tampering is done to electromechanical meters with a rotating element. Foreign material is placed inside the meter to obstruct the free movement of the disc. A slower rotating disk signals less energy consumption.

### ESD attack on electronic meter

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ESD tampering is done on electronic meter to make it either latent damage or permanent damage. Detection can be done correctly in high end meters only.[citation needed]

## Detection

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A number of approaches to detect electricity theft have been proposed. The predominant direction in research and development is employing artificial intelligence, and in particular machine learning methods, to detect customers that steal electricity.[5]

## By country

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According to the annual Emerging Markets Smart Grid: Outlook 2015 study by the Northeast Group, LLC, the world loses US$89.3 billion annually to electricity theft. The highest losses were in India ($16.2 billion), followed by Brazil ($10.5 billion) and Russia ($5.1 billion).[6]

### Brazil

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Brazil is South America's largest single energy user, accounting for around 36% of total energy consumption. The incidence of energy theft is roughly 15%, and it exceeds 50% in the country's north. [7][8][9] Electricity theft cost BRL 6.5 billion (about €1.15 billion) in 2020 alone.[7][10][11]

### India

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President of Northeast Group Ben Gardner stated: "India loses more money to theft than any other country in the world. The state of Maharashtra—which includes Mumbai—alone loses $2.8 billion per year, more than all but eight countries in the world. Nationally, total transmission and distribution losses approach 23% and some states' losses exceed 50%."[12]

### Pakistan

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Main article: Electricity theft in Pakistan

In Karachi, a parallel power supply has been running for years as a result of electricity theft.[13] In 2013, it was declared in the Senate of Pakistan, that Pakistan had lost Rs90 billion (equivalent to ₨149.1 billion in 2021) in the last 5 years to electricity theft and line losses.[14][15][16]

### Turkey

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In Turkey electricity theft is mainly concentrated in the Southeastern and Eastern Anatolia regions, meanwhile in the Aegean Region it has the lowest prevalence. Dicle and Van Gölü companies were the most heavily effected electricity distributors in the country. In 2020 Mardin (72.7%), Şırnak (70.9%) and Diyarbakır (65.4%) provinces have had the highest use of stolen electricity. In contrast Denizli (1.3%) have had the lowest prevalence among Turkish provinces with regard to electricity theft.[17]

The cost of the electricity theft is compensated nationally, where users in every province pay an equal amount of electricity theft tax, independent from the prevalence of theft in respective province. Since 2013 there had been efforts to regionalize the theft tax, but these were not implemented. The national tax system is planned to be continued until the end of 2025.[18]

## In popular culture

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Katiyabaaz (Powerless), a 2014 Indian documentary film, dealt with issue of power theft in the city of Kanpur, Uttar Pradesh.[19]

## See also

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* Electricity theft in Pakistan
* Metal theft of the cables that carry electricity

## References

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1. ^ "For utilities in developing countries, revenue collection can be challenging – and COVID-19 could be exacerbating the problem | EEG". www.energyeconomicgrowth.org. Archived from the original on 2023-05-18. Retrieved 2022-06-03.
2. ^ LLC, Northeast Group. "$96 Billion Is Lost Every Year To Electricity Theft". www.prnewswire.com (Press release). Retrieved 2022-02-24.
3. ^ "People Who Steal Edison's Electricity". Daily Yellowstone journal. 1886-03-27. Retrieved 2016-07-09.
4. ^ Sreenivasan (2017). Power Theft. New Delhi: PHI Learning[P]Ltd. pp. 87–88\. ISBN 9788120352810.
5. ^ Glauner, P.; et al. (2017). "The Challenge of Non-Technical Loss Detection using Artificial Intelligence: A Survey". International Journal of Computational Intelligence Systems. 10 (1): 760–775\. arXiv:1606.00626. doi:10.2991/ijcis.2017.10.1.51. S2CID 9850103.
6. ^ LLC, Northeast Group. "World Loses $89.3 Billion to Electricity Theft Annually, $58.7 Billion in Emerging Markets". www.prnewswire.com (Press release).
7. ^ a b "Free electricity in favelas boosts Brazil's social inclusion". European Investment Bank. Retrieved 2023-04-24.
8. ^ Daniel (2012-08-01). "Smart grid solutions to Latin America's power theft crises". Power Technology. Retrieved 2023-04-24.
9. ^ "PUBLIC-PRIVATE-PARTNERSHIP LEGAL RESOURCE CENTER". PUBLIC-PRIVATE-PARTNERSHIP LEGAL RESOURCE CENTER. Retrieved 2023-04-24.
10. ^ Liaggou, Chryssa. "Power theft costs millions | eKathimerini.com". www.ekathimerini.com. Retrieved 2023-04-24.
11. ^ "Losses from fraud in Brazil added up to BRL 336 bi in 2021". Agência Brasil. 2022-08-04. Retrieved 2023-04-24.
12. ^ "India To Spend $21.6 Billion On Smart Grid Infrastructure By 2025". Transmission & Distribution World. 2015-02-12.
13. ^ Bashar, Amanullah (2003), "One of the major problems faced by the KESC was default in payment of electricity bills", Pakistan & Gulf Economist, vol. 12, no. 18 & 19, archived from the original on 2015-11-20
14. ^ Web Edition (2013-03-08). "Pakistan lost Rs90 billion in electricity theft, line losses". The News, Pakistan. Archived from the original on 2015-11-20. Retrieved 2015-11-18.
15. ^ Peter Kelly-Detwiler (2013-04-23). "Electricity Theft: A Bigger Issue Than You Think". Forbes Energy. Archived from the original on 2015-11-20. Retrieved 2015-11-16.
16. ^ David Lawrence (2013-06-19). "Sensors stop energy thieves". ABB. Archived from the original on 2015-11-19. Retrieved 2015-11-16.
17. ^ "Türkiye'de kaçak elektrik kullanım haritası yayınlandı!". İndigo Dergisi (in Turkish). 2020-09-21. Retrieved 2021-03-03.
18. ^ "Hırsızın elektrik parasını ödeyeceğiz". www.sozcu.com.tr. 2020-10-07. Archived from the original on 2020-10-12. Retrieved 2021-03-03.
19. ^ "'Katiyabaaz': A documentary maker challenges mainstream space". The Times of India. 2014-08-23. Retrieved 2014-08-30.

## External links

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* Gas Link Company punished for kundi
* 40% households in Haryana use kundi
* SEPCO Take Actions On Electricity Theft

* v
* t
* e

Modes of theft

Property-specific|

* Art theft
* Bandwidth theft
* Cable theft
* Carjacking
* Electricity theft
* Laptop theft
* Metal theft
* Motor vehicle theft
* Services
* Sperm theft
* Street sign theft
* Tax evasion

Methods and tactics|

* Bank robbery
* Confidence trick
* Embezzlement
* Espionage
* Extortion
* Phishing
* Piracy
* Plagiarism
* Quackery
* Shoplifting
* Sweethearting

Deterrence and prevention|

* Physical security
* Radio-frequency identification
* Retail loss prevention

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