Rule of Nines Burn Chart: Essential Guide for Burn Percentage Assessment in Adults and Children
What is the rule of nines in burn care. How is it applied to assess burn severity in adults and children. Why is accurate TBSA calculation crucial for proper fluid resuscitation. How does the rule of nines differ for pediatric patients.
Understanding the Rule of Nines in Burn Care
The rule of nines is a crucial method used by healthcare professionals to estimate the Total Body Surface Area (TBSA) affected by burns. This estimation plays a vital role in determining the severity of burn injuries and guiding appropriate treatment protocols. But how exactly does this system work?
The rule of nines divides the body into sections, each representing approximately 9% of the total body surface area. This breakdown allows for a quick and relatively accurate assessment of burn extent, which is essential for initiating proper care, especially in emergency situations.
Key Applications of the Rule of Nines
- Estimating the percentage of body surface burned
- Informing fluid resuscitation protocols
- Guiding decisions on patient transfer to specialized burn centers
- Assessing the severity of second-, third-, and fourth-degree burns
Is the rule of nines used for all types of burns? No, it’s primarily applied to more severe burn injuries. First-degree burns, considered minor, generally don’t require this level of assessment or medical intervention.
Breakdown of the Rule of Nines for Adults
For adult patients, the rule of nines provides a standardized method to calculate TBSA. Here’s how the body is divided:
- Head (including neck): 9% (4.5% anterior, 4.5% posterior)
- Each arm (including hands): 9% (4.5% anterior, 4.5% posterior)
- Torso: 18% (9% anterior, 9% posterior)
- Pelvis: 18% (9% anterior, 9% posterior)
- Genitalia: 1% (anterior)
- Each leg (including feet): 18% (9% anterior, 9% posterior)
For smaller, scattered burn areas, healthcare professionals often use the patient’s palm size as a reference, considering it to represent approximately 1% of TBSA.
Pediatric Rule of Nines: Adjusting for Children’s Proportions
When dealing with pediatric burn patients, the rule of nines requires modification to account for the different body proportions in children. How does this adjustment work?
The pediatric rule of nines recognizes that a child’s head is proportionally larger compared to their body, while their legs are proportionally smaller. This leads to the following breakdown:
- Head (including neck): 18% (9% anterior, 9% posterior)
- Each arm (including hands): 9% (4.5% anterior, 4.5% posterior)
- Torso: 36% (18% anterior, 18% posterior)
- Each leg (including feet): 14% (7% anterior, 7% posterior)
Age-Based Adjustments
For children aged zero to nine years, further adjustments are made:
- Head percentage: Start at 18% for newborns, then subtract 1% for each year of age up to 9 years.
- Leg percentage: Add 0.5% to each leg for every year up to 9 years.
By age 10, the proportions become similar to adults, and the standard adult rule of nines can be applied.
The Crucial Role of TBSA in Fluid Resuscitation
Why is accurate TBSA calculation so important in burn care? The answer lies in its direct impact on fluid resuscitation protocols.
Fluid resuscitation is a critical component of burn treatment, aimed at replacing fluids lost due to the burn injury. The process involves administering intravenous fluids, typically Lactated Ringers solution or Normal Saline, to maintain blood circulation and organ function.
The volume of fluid required is directly proportional to the TBSA affected by the burn. Inaccurate estimation can lead to under- or over-resuscitation, both of which can have serious consequences for the patient.
Fluid Resuscitation Guidelines
- Burns under 10% TBSA generally don’t require fluid resuscitation
- For burns 15% TBSA or more, at least one IV access is needed
- Burns covering 40% TBSA or more require at least two IV access points
Can fluid overload be dangerous? Yes, excessive fluid administration can increase mortality and morbidity rates, highlighting the importance of accurate TBSA calculation.
Beyond Fluid Resuscitation: Other Applications of the Rule of Nines
While fluid resuscitation is a primary application of the rule of nines, its utility extends beyond this crucial task. How else does this assessment method contribute to burn care?
- Determining the need for patient transfer to specialized burn centers
- Guiding initial treatment protocols
- Assessing the potential for systemic effects of the burn injury
- Informing long-term care and rehabilitation plans
The American Burn Association has established criteria for transferring burn patients to specialized care facilities, with TBSA being one of the key factors considered.
Limitations and Considerations of the Rule of Nines
While the rule of nines is a valuable tool in burn assessment, it’s important to recognize its limitations. What factors should healthcare professionals consider when using this method?
- Individual variations in body proportions
- Challenges in assessing irregularly shaped burns
- Potential for overestimation in certain body areas
- Need for experience and training for accurate assessment
Healthcare professionals often combine the rule of nines with other assessment methods and clinical judgement to ensure the most accurate evaluation of burn severity.
Advancements and Alternatives in Burn Assessment
While the rule of nines remains a staple in burn care, the field continues to evolve. What new methods and technologies are emerging to complement or potentially replace this traditional approach?
- 3D scanning technology for more precise TBSA calculation
- Smartphone apps designed to assist in burn assessment
- Machine learning algorithms for analyzing burn photographs
- Modified charts accounting for varying body types and obesity
These advancements aim to increase accuracy and consistency in burn assessment, potentially leading to improved patient outcomes.
As we delve deeper into the intricacies of burn care, it becomes evident that the rule of nines, while simple in concept, plays a pivotal role in the complex process of burn management. Its application extends from the initial emergency response through to long-term care planning, underscoring its significance in the field of burn treatment.
The distinction between adult and pediatric applications of the rule of nines highlights the importance of tailored approaches in medical care. This adaptability ensures that patients of all ages receive the most appropriate assessment and treatment for their burn injuries.
Moreover, the critical link between TBSA calculation and fluid resuscitation emphasizes the far-reaching implications of accurate burn assessment. A miscalculation at this stage can have significant consequences for patient recovery, reinforcing the need for skilled professionals in burn care.
As we look to the future of burn care, it’s clear that while traditional methods like the rule of nines remain valuable, there’s also room for innovation. The integration of technology and refined assessment techniques promises to enhance the accuracy and efficiency of burn care, potentially leading to better outcomes for patients.
In conclusion, the rule of nines stands as a testament to the power of simple, effective tools in medicine. Its enduring relevance in the face of technological advancements speaks to its fundamental utility in burn care. As research continues and new methodologies emerge, it’s likely that the rule of nines will evolve rather than be replaced, continuing to serve as a cornerstone of burn assessment and treatment.
For healthcare professionals, patients, and caregivers alike, understanding the rule of nines and its applications provides valuable insight into the complexities of burn care. It serves as a reminder of the critical importance of accurate assessment in guiding treatment decisions and ultimately in saving lives and promoting recovery.
As we continue to advance our understanding of burn injuries and refine our treatment approaches, the rule of nines will undoubtedly remain an essential component of burn care education and practice. Its simplicity belies its power – a quick, effective method that forms the foundation of life-saving interventions in burn management.
In the broader context of emergency medicine and trauma care, the rule of nines exemplifies the importance of standardized assessment tools. Such methods not only facilitate communication among healthcare providers but also ensure consistency in patient care across different settings and geographical locations.
The ongoing refinement of the rule of nines, particularly in its application to diverse patient populations, reflects the medical community’s commitment to precision and personalized care. As our understanding of body composition and burn physiology deepens, we can expect further nuances in burn assessment methodologies.
For those entering the field of emergency medicine or specializing in burn care, mastering the rule of nines is more than just learning a calculation method. It’s about developing a fundamental understanding of burn injuries, their systemic effects, and the critical nature of prompt, accurate assessment in guiding treatment.
As we look ahead, the integration of the rule of nines with emerging technologies presents exciting possibilities. Imagine a future where artificial intelligence assists in burn assessment, combining the simplicity of the rule of nines with the precision of advanced imaging technologies. Such developments could revolutionize burn care, particularly in resource-limited settings or during mass casualty events.
The rule of nines also serves as a bridge between pre-hospital care and specialized burn treatment centers. Its universality allows for clear communication between first responders, emergency department staff, and burn specialists, ensuring continuity of care as patients move through different levels of treatment.
In essence, the rule of nines embodies the best of medical practice – a simple, effective tool that, when applied with skill and judgment, can have profound impacts on patient care. Its enduring relevance in the face of medical advancements is a testament to its fundamental importance in burn management.
As we continue to explore and expand our understanding of burn injuries and their treatment, the rule of nines will undoubtedly evolve. Yet, its core principles – rapid assessment, standardized approach, and guiding treatment decisions – will likely remain central to burn care for years to come.
In closing, whether you’re a healthcare professional, a student, or simply someone interested in medical practices, understanding the rule of nines offers valuable insight into the critical thinking and decision-making processes involved in emergency medicine and specialized care. It stands as a prime example of how seemingly simple tools can have profound impacts on patient outcomes and the overall practice of medicine.
What is the rule of nines, and how can it be applied in burn care?
The rule of nines is a method used to estimate TBSA, inform fluid resuscitation and initiate the patient transfer process. For patient safety, the rule of nines should only be calculated by healthcare professionals.
For Burn and Reconstructive Centers of America (BRCA), burn centers across our care system, emergency services personnel and many other facilities, the rule of nines is the foundation of emergency and pre-burn center care. The rule of nines is a method used to estimate Total Body Surface Area (TBSA), or the percentage of the body surface burned. Healthcare professionals typically use the rule of nines upon patient intake before starting fluid resuscitation.
Upon intake of a new burn patient, healthcare professionals will assess the patient for severe trauma that needs to be addressed before the burns and stabilize the patient. If there are no other traumatic injuries that need to be prioritized, then the burn care team will begin to treat the burn injuries. One of the first steps in emergency burn care is using the rule of nines to estimate the TBSA. The rule of nines is not used for every burn patient. It is typically used for calculating the most severe burn injuries, such as second-, third- and fourth-degree burns. First-degree burns are considered minor burns and generally don’t require medical attention, hospital transfer or fluid resuscitation.
When calculating the TBSA, the burn team or emergency services will use the rule of nines body chart as a guide. This chart shows the percentage of each body part, front and back. Each part of the body is broken up into increments of 9%, hence the rule of nines. For example, each adult arm counts as 4.5% for the front and 4.5% for the back, accounting for 9% for each arm out of a total of 100% of the entire body. Each adult leg counts as 9% for the front and 9% for the back, totaling 18% for the whole of each leg, and so on. When the burns are spread out, or there are burned patches here and there, it is common practice to use the size of the patient’s palm to calculate those areas with the palm counting as 1%.
The adult rule of nines is broken down as follows:
- Head (including neck): 4.5% anterior (front) and 4.5% posterior (back) for a total of 9%
- Each arm (including the hands): 4.5% anterior and 4.5% posterior for a total of 9% each
- Torso: 9% anterior and 9% posterior for a total of 18%
- Pelvis: 9% anterior and 9% posterior for a total of 18%
- Genitalia: 1% anterior
- Each leg (including feet): 9% anterior and 9% posterior for a total of 18% each
However, the adult rule of nines is not recommended for treating minors. For those pediatric patients, the rule of nines is adjusted for the proportional differences in the head, torso and legs.
The rule of nines for pediatric patients is broken down as follows:
- Head (including neck): 9% anterior and 9% posterior for a total of 18%
- Each arm (including the hands): 4.5% anterior and 4.5% posterior for a total of 9% each
- Torso: 18% anterior and 18% posterior for a total of 36%
- Each leg (including the feet): 7% anterior and 7% posterior for a total of 14% each
It’s important to note the distinctions between the adult and pediatric rule of nines. There are two main differences for children zero to nine years of age:
- A child’s head is proportionally larger at birth and accounts for 18% of its body area. For each year over one year old, 1% should be subtracted from the head up to nine years old. The head of children ages ten and up should be calculated at 9%.
- At the same time, 0.5% should be added to each leg for each year up to nine years old.
Once the TBSA has been calculated, the burn care team begins life-saving fluid resuscitation. Fluid resuscitation involves replacing or replenishing the body’s fluids lost during the burn injury using the preferred Lactated Ringers (LR) solution or Normal Saline if LR is not available. Fluid resuscitation aims to maintain blood circulation (perfusion) and organ function while avoiding inadequate or excessive fluid replacement. Proper fluid resuscitation is dependent on the accurate calculation of the patient’s TBSA. It’s crucial to accurately dose fluid, as an overloaded patient often experiences increased mortality and morbidity rates. Note, however, that not all burn patients need to be resuscitated. Burns under 10% TBSA do not require fluid resuscitation.
Using the rule of nines to estimate TBSA not only helps calculate proper fluid resuscitation but also sets the amount of intravenous (IV) access a burn patient needs (15% or more = at least one and 40% or more = at least two) and whether the patient needs to be transferred. The American Burn Association has established ten criteria for transferring a burn-injured patient for treatment. One of those ten criteria includes transferring those with partial-thickness burns with a ≥10% TBSA.
The move towards specialized burn care has enabled burn centers like those in BRCA’s system to research, implement and improve early resuscitation practices to avoid over-aggressive fluid treatment. If you have any doubts, please call a member of our burn team at 855-863-9595 or use our Burn App for quick provider-to-provider consultations. BRCA’s burn experts have treated tens of thousands of burn patients. They are available 24/7 to assist in ensuring the accuracy of fluid calculation and the general need for fluids.
More burn care resources for medical professionals can be found at burncenters.com or by clicking here.
Burns, Children, Adults, Wallace, and More
Rule of Nines: Burns, Children, Adults, Wallace, and More
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Medically reviewed by Alana Biggers, M. D., MPH — By Rachel Nall, MSN, CRNA — Updated on July 20, 2018
What is the rule of nines?
The rule of nines is a method doctors and emergency medical providers use to easily calculate the treatment needs for a person who’s been burned.
It’s sometimes referred to as the Wallace rule of nines after Dr. Alexander Wallace, the surgeon who first published the method. The creation of this method is credited to Pulaski and Tennison.
A medical professional will do a visual examination to look for seriously burned areas and use the rule of nines to quickly add up what percentage of a person’s body is burned. While doctors will perform more thorough examinations for burn estimation, they can use the rule of nines to quickly assess a person and start recommending treatment centers and interventions to help a person.
The rule of nines is meant to be used for:
- second-degree burns, also known as partial-thickness burns
- third-degree burns, known as full-thickness burns
The rule of nines assigns a percentage that’s either nine or a multiple of nine to determine how much body surface area is damaged. For adults, the rule of nines is:
A medical provider can use calculations from the rule of nines in several ways. This includes the amount of fluid replacement and degree of care a person needs.
When a person experiences a second-degree burn or worse, the protective layer of skin is destroyed. As a result, they’ll lose a significant amount of body water. This makes providing fluids vital to helping a person maintain their total body water. According to the National Institutes of Health, burns that are greater than 20 to 25 percent of total body surface area require significant intravenous (IV) fluids. Doctors will also use the estimated body surface area burned to determine how much fluid to administer.
The rule of nines can also relay to a medical team receiving the patient how serious the injury is. Providers also know that burns that exceed 30 percent of a person’s body can be potentially fatal, according to the National Institutes of Health.
If a person has burns on 10 percent of their body surface area or greater, a specialized burn center should treat their wounds. Other circumstances where a burn center should treat the wounds include:
- when the person is a child
- when the burned areas involve key areas of the body, such as the hands, feet, genitalia, face, or major joints
- chemical burns
- electrical burns
- the presence of third-degree burns
Another example of how a provider may use the rule of nines is to determine how much IV access is needed. If a person has 15 percent or more of their total body surface area burned, they’ll need at least one peripheral line to provide IV fluids. If a person’s body is burned 40 percent or more, they’ll need at least two IVs.
Doctors don’t typically use the same calculations in the rule of nines to children. This is because children tend to have different body proportions than adults do, including larger heads and smaller legs. For example, children tend to proportionally have a 20 percent larger head than adults, according to the National Institutes of Health. Infants also have 13 percent smaller legs than adults.
Therefore, there are a few adjustments for the rule of nines in children:
Burns are a serious, painful injury that require immediate treatment and intervention. The rule of nines serves as a quick method of assessment for a medical provider to estimate the extent of a person’s injuries. If the person with burns is a child, the rule of nines should be adjusted due to differences in a child’s proportions.
Last medically reviewed on July 19, 2018
How we reviewed this article:
Healthline has strict sourcing guidelines and relies on peer-reviewed studies, academic research institutions, and medical associations. We avoid using tertiary references. You can learn more about how we ensure our content is accurate and current by reading our editorial policy.
- Assessing burns and planning resuscitation: The rule of nines. (n.d.).
uwhealth.org/emergency-room/assessing-burns-and-planning-resuscitation-the-rule-of-nines/12698 - Burn triage and treatment – Thermal injuries. (2017).
chemm.nlm.nih.gov/burns.htm - Helttiaratchy S. (2004). Initial management of a major burn: II—assessment and resuscitation. DOI:
10.1136/bmj.329.7457.101 - Lee KC, et al. (2014). History of burns: The past, present and the future. DOI:
10.4103/2321-3868.143620 - Quick reference guide: Burn stabilization. (n.d.).
uwmedicine.org/airlift-nw/Documents/burn-pocket-card-final.pdf
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Medically reviewed by Alana Biggers, M.D., MPH — By Rachel Nall, MSN, CRNA — Updated on July 20, 2018
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Algorithm of action in case of burns – News
Burns are one of the most common fire injuries. Therefore, it is important for all of us to know the techniques and methods of providing first aid to victims of burns.
The tragic consequences of burns would have been much less if help had been provided correctly from the first minutes. It is enough to apply a scheme of actions available to everyone directly at the scene of the incident in order not only to reduce pain, but also to significantly increase the likelihood of saving the victim.
As a rule, burns received in a fire are thermal, that is, obtained from direct exposure to fire, hot metal objects, flashed combustible liquid. By the way, thermal burns also include injuries received from boiling water or hot water.
It is important to be able to distinguish between degrees of burns. There are 4 degrees of burns:
I degree – skin redness, swelling. The mildest degree of burn.
II degree – the appearance of blisters filled with a clear liquid (blood plasma).
III degree – necrosis of all layers of the skin. Proteins of skin cells and blood coagulate and form a dense scab, under which there are damaged and dead tissues.
IV degree – charring of tissues. This is the most severe form of a burn, in which the skin, muscles, tendons, and bones are damaged.
The first factor influencing the severity of the victim’s condition is the area of the burn. You can determine the area of the burn using the “rule of nines”: the skin surface of the palm is 1% of the body surface, the skin surface of the hand is 9%, the skin surface of the leg – 18%, the skin surface of the chest in front and behind – 9% each, the skin surface of the abdomen and lower back of the abdomen and lower back – 9% each. Burn of the perineum and genitals – 10% of the burn area. Burns in these areas are shock injuries. There are superficial and deep burns; limited (less than 10%) and extensive (more than 10%).
REMEMBER! With large burns, life-threatening dehydration occurs.
BURN SCHEDULE:
1. Stop exposure to high temperature on the victim, extinguish the flame on his clothes, remove the victim from the affected area.
2. Specify the nature of the burn (flame, hot water, chemicals, etc.), as well as area and depth. Wrap the victim in a clean sheet and immediately deliver to a medical facility.
3. Carry out transport immobilization, in which the burned areas of the body should be in the most stretched position.
4. With a small burn, the burnt area can be placed under a stream of cold water from a tap for 10-15 minutes, with extensive burns this should not be done.
5. It is better to cut the clothes in the places of the burn and apply an aseptic bandage around the burn, while cotton should not be applied.
6. When transporting the wounded to a medical institution, ensure that he is calm.
IT IS FORBIDDEN:
– to leave the victim alone;
– apply ointment, cream, vegetable oil to the burned area, sprinkle with powders;
– pierce bubbles;
– remove clothing from the burned area;
– in case of a burn of the oral cavity, give food and drink.
The Main Directorate of the Ministry of Emergency Situations of Russia for the Kabardino-Balkarian Republic reminds:
If you are in an emergency and you need the help of firefighters or rescuers – a single number to call all emergency services from the mobile phone “112” and “01” from the stationary.
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- 04th meeting of the EEC of the CIS (Kyiv, 28.03.1993)
- 05th meeting of the CIS EEC (Brest, May 26, 1993)
- 06th meeting of the CIS EEC (Moscow, 23.10.1993)
- 07th meeting of the CIS EEC (Moscow, 21.04.1994)
- 08th meeting of the CIS EEC (Moscow, 11.11.1994)
- 09th meeting of the CIS EEC (Pyatigorsk, 31.03.1995)
- 10th meeting of the EEC of the CIS (Kislovodsk, 08.09.1995)
- 11th meeting of the CIS EES (Moscow, 25.12.1995)
- 12th meeting of the CIS EEC (Moscow, May 14, 1996)
- 13th meeting of the EEC of the CIS (Sochi, 20.08.1996)
- 14th meeting of the CIS EEC (Kyiv, 23.09.1997)
- 15th meeting of the CIS EEC (Moscow, 05.02.1999)
- 16th meeting of the CIS EEC (Yerevan, 10.06.1999)
- 17th meeting of the CIS EEC (Moscow, July 14, 2000)
- 18th meeting of the CIS EEC (Moscow, 20. 12.2000)
- 19th meeting of the EEC of the CIS (Minsk, 08.06.2001)
- 20th meeting of the CIS EEC (Kyiv, 12.10.2001)
- 21st meeting of the CIS EEC (Moscow, 19.03.2002)
- 22nd meeting of the CIS EEC (Almaty, October 18, 2002)
- 23rd meeting of the CIS EEC (Cholpon-Ata, June 27, 2003)
- 24th meeting of the CIS EEC (Moscow, 10.10.2003)
- 25th meeting of the EEC of the CIS (Dushanbe, 10.06.2004)
- Photo archive
- 26th meeting of the CIS EEC (Baku, 19.10.2004)
- 27th meeting of the CIS EEC (Moscow, May 26, 2005)
- Photo archive
- 28th meeting of the CIS EEC (Tbilisi, 27.10.2005)
- Photo archive
- 29th meeting of the CIS EEC (St. Petersburg, 19.05.2006)
- 30th meeting of the CIS EEC (Astana, 13.10.2006)
- 31st meeting of the CIS EEC (Yerevan, 29.05.2007)
- 32nd meeting of the CIS EEC (Dushanbe, 12. 10.2007)
- Photo archive
- 33rd meeting of the CIS EEC (Moscow, May 23, 2008)
- Photo archive
- 34th meeting of the CIS EEC (Minsk, 24.10.2008)
- Presentations
- Photo archive
- 35th meeting of the EEC of the CIS (Baku, 29.05.2009)
- Photo archive of the meeting
- 36th meeting of the CIS EEC (Chisinau, 24.10.2009
- 37th meeting of the EEC of the CIS (Uglich, 28.05.2010)
- 38th meeting of the EEC of the CIS (Ukraine, Kiev, 15.10.2010)
- 39th meeting of the CIS EEC (Republic of Kazakhstan, Almaty, May 27, 2011)
- Photo archive
- 40th meeting of the CIS EEC (Russian Federation, Moscow, 21.10.2011)
- 41st meeting of the CIS EEC (Turkmenistan, Ashgabat, 25.05.2012)
- 42nd meeting of the CIS EEC (Republic of Belarus, Minsk, 19.10.2012)
- 43rd meeting of the CIS EEC (Kyrgyz Republic, Cholpon-Ata, May 24, 2013)
- 44th meeting of the CIS EEC (Russian Federation, Moscow, 01. 11.2013)
- 45th meeting of the EEC of the CIS (Republic of Azerbaijan, Baku, 25.04.2014)
- 46th meeting of the EEC of the CIS (Russian Federation, Sochi, 24.10. 2014)
- 47th meeting of the CIS EEC (Republic of Armenia, Yerevan, May 26, 2015)
- 48th meeting of the CIS EEC (Republic of Kazakhstan, Almaty, 23.10.2015)
- 49th meeting of the CIS EEC (Dushanbe, 10.06.2016)
- 50th meeting of the CIS EEC (Ufa, October 21, 2016)
- Presentations
- 51st meeting of the CIS EEC (Tashkent, 04.11.2017)
- Presentations
- 52nd meeting of the CIS EEC (in absentia, 2018)
- 53rd meeting of the CIS EEC (Astana, 02.11.2018)
- 54th meeting of the CIS EEC (in absentia, 2019)
- 55th meeting of the CIS EEC (Russian Federation, Moscow, 25.10.2019)
- Minutes of the meeting
- Presentations
- Photo archive
- 56th meeting of the CIS EEC (in absentia, 2020)
- 57th meeting of the CIS EEC (in absentia, 2020)
- 58th meeting of the CIS EEC (Moscow, 06/30/2021)
- 59th meeting of the CIS EEC (Moscow, December 28, 2021)
- 60th meeting of the EEC of the CIS (Nur-Sultan, 14. 07.2022)
- Presentations
- International competitions
- Competition 2014
- International competition of brigades for the repair and maintenance of distribution networks 0.4-10 kV
- Polygon of the training complex of JSC “Lenenergo”
- Competition Regulations
- Competition program
- Competition photo album
- International competitions for operating personnel of block thermal power plants
- International competition of brigades for the repair and maintenance of distribution networks 0.4-10 kV
- Competition 2015
- International competition of teams for the repair and maintenance of 110 kV overhead lines
- Stages of the competition
- Competition Regulations
- International competition for operating personnel of TPP with cross connections
- International competition of teams for the repair and maintenance of 110 kV overhead lines
- Competition 2016
- International competition of teams for the repair and maintenance of substation equipment 110 kV and above
- Regulations on competitions
- Regulations on holding stages of competitions
- Regulation on Credentials Commission
- Landfill
- Competition program
- International Competition Regulations
- International competitions for operating personnel of block thermal power plants
- International competition of teams for the repair and maintenance of substation equipment 110 kV and above
- Competition 2017
- International competition of teams for the repair and maintenance of distribution networks 0. 4-10 kV
- Main competition documents
- International competition of teams for the repair and maintenance of distribution networks 0. 4-10 kV
- Competitions 2018
- International competition of personnel for the repair and maintenance of overhead lines 110 kV and above
- Main documents of the competition
- International competition of personnel for the repair and maintenance of overhead lines 110 kV and above
- Competitions 2019
- International competition of teams for the repair and maintenance of distribution networks 10/0.4 kV
- Main documents of the competition
- Landfill
- International competition of teams for the repair and maintenance of distribution networks 10/0.4 kV
- Competition 2014
- Conferences, Round tables
- “Financing of energy saving and renewable energy projects. The practice of implementing energy service contracts in Russia and the CIS countries” 2014
- Conference proceedings
- Photo archive
- “Financing of energy saving and renewable energy projects. The practice of implementing energy service contracts in Russia and the CIS countries” 2015
- Conference proceedings
- “Round table” on the topic “Energy efficiency and energy-saving technologies in the electric power industry of the CIS member states” within the framework of ENES-2015
- Round Table Program
- Roundtable Decision
- Presentations
- Photo archive
- “Round table” on the theme “Energy efficiency and RES. Modern technologies and European experience for the energy sector of the CIS countries” within the framework of ENES-2016
- Photo archive
- International scientific and practical conference on the topic: “Technologies, problems, experience in creating and implementing systems of psychophysiological support for the professional activities of personnel in the electric power industry of the CIS member states” 2016
- Presentations
- Photo archive
- “Financing of energy saving and renewable energy projects in Russia and the CIS countries 2017
- Conference proceedings
- International scientific and practical conference on the topic: “The human factor in the energy sector of the XXI century: quality, reliability, health” 04/07/2017 Moscow
- 5th Int. scientific-practical conference on the topic: “Technologies, problems, experience in creating and implementing systems of psycho-physiological support for the professional activities of personnel in the electric power industry of the CIS member states” 05-06. 04.201
- International scientific and practical conference on the topic: “Management of anthropogenic risks in the electric power industry” 11-12.10.2018 Moscow
- Round table on the topic: “Innovations in the electric power industry of the CIS countries and the EAEU, current state and prospects” 12/14/2018 Moscow
- Photo
- Sixth international scientific and practical conference “Technologies, problems, experience in creating and implementing systems of psychophysiological support for professional activities of personnel in the electric power industry of the CIS member states” (09.04.2019,
- Photo archive of the conference
- International round table “Creation of common energy markets and the role of renewable energy sources in improving energy security” (24.10.2019 Moscow)
- Messages and presentations
- Scientific and practical conference “Improving Energy Security, Energy Efficiency and Increasing the Share of RES Use in the EAEU and CIS Member States”
- “Financing of energy saving and renewable energy projects. The practice of implementing energy service contracts in Russia and the CIS countries” 2014
- Seminars
- “Features of the design of modern substations, equipment samples (with a demonstration of existing equipment samples), methods for ensuring reliability and the actual organization of labor protection” 04/26/2018 Moscow
- Photo archive
- International Seminar “Information publications on ecology, energy efficiency, renewable energy and climate, dedicated to the 30th anniversary of the Commonwealth of Independent States” (04/06/2021, Moscow)
- Presentations
- “Features of the design of modern substations, equipment samples (with a demonstration of existing equipment samples), methods for ensuring reliability and the actual organization of labor protection” 04/26/2018 Moscow
- Competitions
- Competition for the best printed edition
- 2012
- 2016
- Photo archive
- 2018
- Photo archive
- 2019
- Photo archive
- 2020
- Photo archive
- Competition for the best printed edition
- Meetings of the Council
- Information publications
- Collections
- Electric power industry of the Commonwealth of Independent States.
- Electric power industry of the Commonwealth of Independent States.
- Collections