Brandon Estes’ Post

🔥 Debunking Myths About Energy Storage Fires with Firetrace 🔥 One of the biggest misconceptions is that all fires in Energy Storage Solutions start in the batteries, neglecting the fire risk associated with the PCS (Power Conversion System). Here are the facts (provided by EPRI): 1. Only 11% of fires and explosions are linked to battery module failures. 2. 43% stem from failures in electrical equipment, such as the PCS 3. 46% are due to control equipment malfunctions Watch the video and click the link below to learn more about how Firetrace is here to cover ALL your bases and protect your assets from multiple fire threats! https://bit.ly/3y2lbvn #Firetrace #FireSafety #FireSuppression #BESS #EnergyStorageSystems #RenewableEnergy #CleanEnergy

The video shows a tragic incident where a person carrying an e-scooter battery in an elevator experienced a sudden gas release and fire, resulting in severe death. This highlights the inherent dangers of lithium-ion batteries, which can lead to catastrophic outcomes such as fires, explosions, and toxic gas emissions. Battery Energy Storage Systems (BESS) use the same type of lithium-ion batteries, and thus pose similar risks. The potential for fire and explosion in these systems can lead to significant loss of life and damage to infrastructure. To mitigate these risks, BESS must be equipped with both active and passive safety features. Active safety systems like fire suppression, ventilation, gas detection, and battery management systems provide real-time monitoring and intervention to prevent hazardous situations. Passive safety features, such as fire and thermal barriers, explosion panels help contain and mitigate the effects of any incidents. Integrating these safety measures, along with adhering to stringent safety standards like NFPA 68 and NFPA 69, can significantly reduce the risks associated with lithium-ion batteries in BESS. This comprehensive approach is crucial for protecting lives and infrastructure from the potentially devastating effects of battery failures. #BatterySafety #LithiumIonBatteries #BESS #EnergyStorageSafety #FirePrevention #SafetyStandards #NFPA68 #NFPA69 #ActiveSafety #PassiveSafety #EnergyStorage #FireSuppression #BatteryManagement #InfrastructureSafety #RiskMitigation #SafetyFirst #BatteryTechnology #CleanEnergy #EnergyInnovation

In our latest article, we cover the essential elements of BESS safety, focusing on fire and explosion risks. 👉🏼 Read here: https://lnkd.in/djzCs5i5 In recent years, fire and explosion hazards in BESS have received increased attention due to several incidents. Read more to learn about the types of batteries used in BESS, their fire and explosion risks, the potential causes of these incidents, relevant regulations and standards, and strategies for prevention and mitigation. #processsafety #battery #bess #energystorage #energytransition

Dear K-Electric I am writing to formally complain about the power outages in our area. The official load shedding timing is 10 hours as per the schedule, which we fully understand. However, in addition to these scheduled hours, we are experiencing further outages lasting 3-4 hours daily. This is causing great inconvenience to the residents of the area. It has come to our attention that these additional outages may be due to power theft. We respectfully request that the authorities take action to identify and address those involved in illegal activities rather than penalizing the entire community by cutting off electricity indiscriminately. We kindly ask you to investigate this matter and take appropriate steps to ensure that the electricity supply is restored during the non-load shedding hours and that those involved in power theft are apprehended. Thank you for your attention to this matter. #KElectricLoadShedding #LoadSheddingCrisis #PowerOutages #ExcessiveLoadShedding #ElectricityShortage #UnscheduledLoadShedding #KElectricIssues #LoadSheddingPakistan #PowerFailure #FrequentBlackouts #EnergyCrisis #KElectricProblems #ElectricityCut #LoadSheddingComplaint #KElectricCustomersngton

How to Put Out a Lithium-Ion Battery Fire; "Although these batteries are efficient tools, they can become unstable under certain conditions. Lithium-ion battery fires occur as a result of thermal runaway. Thermal runaway takes place when lithium-ion battery cells become overheated. The overheating of the battery pack stems from various causes, such as an electrical short circuit, rapid charging, discharging cycles, or even manufacturing defects. This prompts a chain reaction as overheated li-ion cells release flammable, explosive, and toxic off-gases, causing adjacent cells to overheat. This cycle of cell-to-cell ignition creates the perfect environment for a fire or explosion without proper intervention."; 20NorthDecember 5, 2023: https://lnkd.in/ervsmEKh

#ENCLEA's #Non_Conductive properties make it an ideal solution for combating lithium-ion battery fires, ensuring both safety and effectiveness. Lithium-ion batteries, widely used in electric vehicles, energy storage systems, and various electronic devices, present a unique fire hazard. These fires can occur due to thermal runaway, leading to extremely high temperatures and potential explosions. Traditional fire extinguishing methods are often insufficient, and using water can even exacerbate the situation by creating a conductive pathway, increasing the risk of electrical shock or secondary fires. ENCLEA's non-conductive extinguishing agents are specifically designed to tackle such challenges. Our agents are formulated to suppress fires without conducting electricity, making them safe to use on lithium-ion battery fires. This non-conductive property ensures that the fire is contained and extinguished without damaging sensitive electronic components or posing additional risks. Furthermore, ENCLEA's extinguishing agents provide rapid cooling, which is crucial in managing lithium-ion battery fires. The cooling effect helps to prevent the spread of fire and further thermal runaway, ensuring that the fire is controlled efficiently. This rapid response is essential in minimizing damage and protecting lives and property. In summary, ENCLEA offers a comprehensive solution for lithium-ion battery fires, combining non-conductive properties with effective fire suppression and rapid cooling. Our technology ensures safety and reliability, making it the preferred choice for protecting advanced electronic systems and ensuring peace of mind in the face of potential fire hazards. #ENCLEA #NonConductive #LithiumIonBatteryFires #FireSafety #AdvancedFireSuppression #ThermalRunaway #SafeExtinguishing #ProtectingElectronics #RapidCooling #FireProtectionTechnology

Understanding the Difference Between Primary and Secondary Battery Fires and #ENCLEA's Effective Fire Suppression Solutions Battery fires can be particularly challenging due to the different types of batteries and their specific fire behaviors. It is crucial to understand the distinction between primary (non-rechargeable) and secondary (rechargeable) batteries to effectively address the fire risks associated with each. ENCLEA's fire extinguishers are specially designed to tackle both primary and secondary battery fires, ensuring comprehensive fire safety. Primary Battery Fires (Non-Rechargeable) Primary batteries, such as alkaline and lithium primary batteries, are non-rechargeable and used in a wide range of consumer electronics. These batteries typically contain reactive materials that can pose significant fire hazards if damaged or improperly disposed of. When a primary battery catches fire, it can release harmful gases and generate intense heat, making the fire difficult to control with conventional methods. Secondary Battery Fires (Rechargeable) Secondary batteries, including lithium-ion and nickel-metal hydride (NiMH) batteries, are rechargeable and commonly found in mobile devices, electric vehicles, and energy storage systems. Fires involving secondary batteries are often more severe due to the high energy density and the potential for thermal runaway—a chain reaction that rapidly increases the battery's temperature and can lead to explosions. #ENCLEA's Effective Fire Suppression Solutions ENCLEA's fire extinguishers are equipped with advanced, non-conductive, water-based extinguishing agents specifically formulated to combat the unique challenges posed by both primary and secondary battery fires. Understanding the differences between primary and secondary battery fires is essential for effective fire safety. ENCLEA's advanced fire extinguishing solutions provide the necessary tools to combat these fires safely and efficiently. By utilizing ENCLEA's non-conductive, water-based extinguishing agents, you can ensure comprehensive protection against the risks posed by both types of battery fires. #ENCLEA #FireSafety #BatteryFire #PrimaryBattery #SecondaryBattery #FireSuppression #NonConductive #AdvancedFireSafety #EnvironmentalSafety #LithiumIonBattery #FireProtection

Ensuring the safety of valuable assets is crucial, especially with the increasing use of lithium-ion batteries. Special Risk Solutions design the fire suppression systems also with FirePro products and utilizes them mainly in Energy Storage applications to mitigate the risk of fires effectively. #SRS #SpecialRiskSolutions #FireSuppresion #PPOŻ #Systemyprzeciwpożarowe #EnergyStorage #MagazynyEnergii

ENCLEA's #Non_Conductive properties make it an ideal solution for combating lithium-ion battery fires, ensuring both safety and effectiveness. Lithium-ion batteries, widely used in electric vehicles, energy storage systems, and various electronic devices, present a unique fire hazard. These fires can occur due to thermal runaway, leading to extremely high temperatures and potential explosions. Traditional fire extinguishing methods are often insufficient, and using water can even exacerbate the situation by creating a conductive pathway, increasing the risk of electrical shock or secondary fires. ENCLEA's non-conductive extinguishing agents are specifically designed to tackle such challenges. Our agents are formulated to suppress fires without conducting electricity, making them safe to use on lithium-ion battery fires. This non-conductive property ensures that the fire is contained and extinguished without damaging sensitive electronic components or posing additional risks. Furthermore, ENCLEA's extinguishing agents provide rapid cooling, which is crucial in managing lithium-ion battery fires. The cooling effect helps to prevent the spread of fire and further thermal runaway, ensuring that the fire is controlled efficiently. This rapid response is essential in minimizing damage and protecting lives and property. In summary, ENCLEA offers a comprehensive solution for lithium-ion battery fires, combining non-conductive properties with effective fire suppression and rapid cooling. Our technology ensures safety and reliability, making it the preferred choice for protecting advanced electronic systems and ensuring peace of mind in the face of potential fire hazards. #ENCLEA #NonConductive #LithiumIonBatteryFires #FireSafety #AdvancedFireSuppression #ThermalRunaway #SafeExtinguishing #ProtectingElectronics #RapidCooling #FireProtectionTechnology