Surrey Fire and Rescue Service reports over 20,000 false fire alarms since 2019

New report highlights scale of false fire alarms in Surrey

As reported by Personal Injury Claims UK, the Surrey Fire and Rescue Service has responded to 22,732 false fire alarms since April 2019.

These incidents have placed a notable strain on financial and operational resources, with the service averaging between 4,000 and 5,000 false alarm visits per year.

The findings reveal that false alarms have required daily responses from the service, averaging around 12 incidents each day.

The data also show a peak in false alarms during 2019-2020, with 4,979 callouts, followed by a decline to 4,346 incidents in the subsequent year, largely due to restrictions during the COVID-19 pandemic.

As restrictions eased, false alarm callouts rose, reaching 4,425 in 2022-2023 before decreasing slightly to 4,259 in 2023-2024.

Causes and costs of false alarms

False alarms stem from various sources, including faulty equipment, user error, lack of maintenance, and environmental factors such as steam, dust, or cooking fumes.

As reported by Personal Injury Claims UK, the annual cost of these callouts has ranged between £700,000 and £800,000 since 2019, reflecting the financial burden on Surrey Fire and Rescue Service.

A national study by BRE Group estimates that false alarms cost the UK around £1 billion annually.

False alarms constitute the largest percentage of fire service responses nationwide, with nearly 38% of incidents attributed to alarm malfunctions or misinterpretations.

Surrey Fire and Rescue Service modifies response protocols

In response to these findings, Surrey Fire and Rescue Service updated its approach to handling Automatic Fire Alarms (AFAs) in domestic and residential properties.

A statement from the service noted: “In Spring 2024, we changed the way we respond to AFAs in domestic and residential properties by only responding if we receive confirmation that there is a fire.”

The service clarified that this updated response applies to specific locations, including boarding schools, student accommodations, hospitals, hotels, and care homes.

The revised approach follows data showing that 98% of AFA responses in these types of properties between October 2022 and March 2023 were false alarms.

National perspective on the impact of false alarms

The issue of false fire alarms remains a significant factor for fire services across the UK, contributing to operational delays and additional expenses.

According to the BRE Group’s study, false alarms create a financial and logistical burden, impacting services like Surrey Fire and Rescue Service, which continually adjusts protocols to improve response efficiency.

Surrey Fire and Rescue Service reports over 20,000 false fire alarms since 2019: Summary

Surrey Fire and Rescue Service responded to 22,732 false fire alarms from 2019 to 2024, as reported by Personal Injury Claims UK.

These responses, averaging 12 per day, highlight ongoing challenges, with yearly costs ranging from £700,000 to £800,000.

Despite a decrease in 2020 due to pandemic restrictions, false alarm callouts rose again in 2022.

Causes include faulty equipment and environmental factors.

In Spring 2024, Surrey Fire and Rescue updated its response policy, focusing on confirmation-based responses in residential and domestic properties to reduce unnecessary callouts.

Nationally, false fire alarms remain costly, with a UK-wide annual impact estimated at £1 billion.

Firechief Global unveils new range of CO alarms for home safety in the UK

Carbon monoxide alarm range aims to improve home safety

Firechief Global has introduced a new series of carbon monoxide (CO) alarms aimed at enhancing household safety across the United Kingdom.

The lineup includes models equipped with extended battery life, wireless interconnectivity, and high-precision sensors to ensure early CO detection.

These alarms are currently available on Amazon, with retail availability in high-street stores anticipated in the coming months.

A recent Firechief Global survey found that only 58% of homeowners in the UK have carbon monoxide alarms installed, indicating that approximately 42%, or 11 million people, may lack CO protection.

Carbon monoxide is an odourless gas, making these detection devices essential for early warning in the event of a leak, as reported by Firechief Global.

Ian Poole, Sales & Marketing Director at Firechief Global, stated: “Our new range of carbon monoxide alarms is a game changer for household safety.

With features like wireless interlink and extended battery life, we are making it easier for families to protect themselves against this invisible threat.”

Portable CO detection with the FCB05 alarm model

One of the featured products, the FCB05 Carbon Monoxide Alarm, is designed as a portable, easy-to-use CO detector powered by two AA batteries.

It provides up to five years of battery life and does not require permanent installation, allowing users to place it flexibly within their homes.

Key features of this model include electrochemical CO sensing technology for precise detection and failsafe battery insertion to ensure the device remains operational.

The FCB05 is certified to EN50291-1:2018 standards, underscoring its compliance with current safety regulations.

The FCB05 offers an accessible, ready-to-use option for those seeking immediate CO protection.

This model, with its compact form and user-friendly setup, aims to enhance the convenience and accessibility of carbon monoxide safety for all types of households.

Maintenance-free protection with the FCB10 model

For homeowners looking for long-term, maintenance-free CO detection, the FCB10 Carbon Monoxide Alarm provides a sealed 10-year lithium battery, ensuring continuous protection without the need for battery replacements.

With an audible 85dB alarm and LED indicators, this model alerts users clearly in the event of a CO presence.

The FCB10 model’s wireless-free design further simplifies installation, making it a suitable option for households prioritising reliable, low-maintenance CO detection.

Like other alarms in the series, it is certified to EN50291-1:2018 standards, guaranteeing compliance with current safety requirements.

Whole-home coverage with the FCB10W wireless model

Firechief Global’s FCB10W Wireless Interlinked Carbon Monoxide Alarm offers extensive whole-home coverage, capable of wirelessly linking up to 39 additional alarms.

This interconnectivity allows multiple alarms to activate simultaneously if CO is detected in any area of the home, providing comprehensive protection across larger properties.

The FCB10W features a sealed 10-year battery, ensuring long-lasting operation without replacement needs, and can be controlled centrally using the Firechief Locate remote.

The model meets EN50291-1:2018 certification standards, adhering to industry-recognised safety benchmarks.

Firechief Global’s interlinked alarm is targeted at homeowners looking for an integrated CO protection solution.

Firechief unveils new range of CO alarms for home safety in the UK: Summary

Firechief Global recently released a new range of carbon monoxide alarms in the UK, focusing on improving home safety.

The range includes the portable FCB05, the 10-year battery FCB10, and the interlinked FCB10W, catering to various household needs.

A Firechief survey revealed that 42% of UK homeowners lack CO alarms, emphasising the need for these devices.

Ian Poole of Firechief Global commented on the importance of these alarms, stating they offer critical protection with added features like extended battery life and wireless interconnectivity.

Spire and OroraTech awarded contract for US wildfire monitoring system

NASA selects Spire and OroraTech for wildfire detection study

NASA’s Jet Propulsion Laboratory has awarded a concept study contract to Spire Global, a provider of space-based data and analytics, to explore the development of a satellite-based wildfire early detection and monitoring system.

This new initiative, in partnership with OroraTech, a specialist in space-based thermal intelligence, aims to provide a comprehensive, cost-effective approach to monitoring wildfire-prone regions in the United States, as reported by Spire Global.

The collaboration between Spire and OroraTech will build on Spire’s capabilities in space and ground systems, while OroraTech brings expertise in thermal infrared sensing technology.

The goal is to develop a scalable orbital solution for the early detection and real-time monitoring of wildfires.

OroraTech’s existing network already delivers wildfire detection services to various entities, including public fire departments and conservation areas, across six continents.

The need for enhanced wildfire monitoring technology

The proposed satellite-based solution addresses the growing need for improved wildfire management as the frequency and severity of wildfires increase.

A recent report by the UN Environment Programme and GRID-Arendal anticipates a 30% rise in extreme wildfires by 2050.

The system under development aims to support fire managers and responders with near real-time data, which can assist in better decision-making and quicker response times.

Peter Platzer, CEO of Spire Global, emphasised the importance of this technology: “Wildfires are an escalating threat with far-reaching impacts on our environment and communities.

“Current monitoring methods fall short during peak periods of fire intensity.

“By leveraging the transformative power of space-based technology and our partnership with OroraTech, we aim to close this gap and provide a scalable, low-cost solution for early wildfire detection and monitoring.”

Planned satellite constellation to enhance detection capabilities

OroraTech has previously operated thermal infrared sensors on satellites developed by Spire, and the partnership plans to deploy eight additional satellites, called OTC-P1, to bolster wildfire monitoring from space.

The launch, expected no earlier than 2025, will mark the establishment of the first satellite constellation dedicated specifically to wildfire detection and monitoring, according to Spire.

OroraTech’s Chief Strategy Officer and co-founder, Thomas Grübler, highlighted the importance of the new technology: “Our orbital detection capabilities are incredibly valuable for quickly finding, tracking, and predicting the spread of wildfires and will play a crucial role in mitigating their impact.

“Together with Spire, this unique technology is prepared to close the detection gap and make actionable data available for thousands of federal, state, and local fire departments and agencies.”

Expansion of wildfire detection efforts in North America

In addition to the NASA contract, Spire and OroraTech were previously selected by the Canadian Space Agency in 2023 for a project aimed at developing a dedicated satellite constellation for wildfire monitoring across Canada.

This initiative aligns with ongoing efforts to provide more comprehensive wildfire detection solutions to meet the demands of escalating wildfire risks in North America.

Spire and OroraTech awarded contract for US wildfire monitoring system: Summary

Spire Global and OroraTech have secured a contract from NASA’s Jet Propulsion Laboratory to explore the development of a satellite-based wildfire early detection and monitoring system for the United States.

The project aims to utilise Spire’s space technology expertise in tandem with OroraTech’s thermal infrared sensing to create a cost-effective, scalable solution.

Planned for initial deployment no earlier than 2025, the constellation of wildfire-detecting satellites, named OTC-P1, is expected to provide timely, actionable data to fire managers and emergency responders.

This collaboration follows a similar contract awarded by the Canadian Space Agency in 2023 to expand wildfire monitoring capabilities across Canada.

Euralarm launches Young Professionals program for fire and security sector in Europe

Euralarm supports young talent in the fire and security sector

Euralarm has introduced a Young Professionals Program targeting emerging talent within Europe’s fire and security industry.

The program aims to connect young professionals with experienced industry leaders, fostering an environment of mentorship and collaboration.

Euralarm’s initiative seeks to advance the skills and expertise of young engineers, scientists, and other professionals affiliated with Euralarm member organisations across Europe.

The program includes structured events, mentorship opportunities, and collaborative projects, offering participants a platform to contribute to the fire and security sector’s ongoing transformation.

Euralarm’s focus is to encourage innovative thinking and provide these young professionals with the tools to navigate the evolving landscape of the industry.

A pathway to industry innovation and change

Euralarm’s Young Professionals Program reflects its commitment to cultivating a workforce equipped to meet future demands in fire safety and security.

Through this initiative, Euralarm is providing young talent with opportunities to engage directly with industry veterans, regulatory bodies, and decision-makers across Europe.

This collaborative environment aims to inspire fresh perspectives and innovation within the sector.

The program encourages participants to develop their skills in an inclusive and supportive ecosystem, preparing them to lead industry advancements.

Euralarm’s approach highlights its dedication to nurturing a future-ready workforce through a diverse and inclusive framework.

How to apply for the program

The Young Professionals Program is open to candidates from Euralarm member organisations who demonstrate a commitment to the fire and security sector.

Applicants are selected based on their passion for innovation, industry dedication, and vision for the future.

The application process is managed through the Euralarm website, where interested individuals can submit their applications and learn more about the program’s objectives and structure.

Euralarm’s selection criteria focus on finding individuals with the potential to drive sectoral change and contribute to its development through visionary thinking and hands-on industry knowledge.

Encouraging a new generation of industry leaders

With the Young Professionals Program, Euralarm seeks to establish a supportive framework for young professionals eager to impact the fire and security sector.

By prioritising skill development, mentorship, and collaboration, Euralarm hopes to contribute significantly to the industry’s future.

The organisation is confident that, through this initiative, the sector will continue to adapt to emerging challenges while embracing a progressive workforce capable of steering its development forward.

Euralarm launches Young Professionals program for fire and security sector in Europe: Summary

Euralarm has launched the Young Professionals Program, aiming to support young engineers, scientists, and professionals from Euralarm member companies in Europe’s fire and security industry.

This program includes structured events, mentorship, and collaborative projects designed to equip participants with essential industry skills.

Through engagement with experienced leaders and regulators, young professionals can enhance their expertise and drive industry innovation.

Euralarm’s selection process, accessible via its website, focuses on applicants with strong industry commitment and a forward-thinking approach.

The initiative underscores Euralarm’s dedication to developing a skilled, diverse, and future-ready workforce within the fire and security sector.

Euralarm announces webinar on EN 50131-1 updates for intrusion and hold-up alarm systems

Euralarm to hold live webinar on EN 50131-1 changes

Euralarm will conduct a live webinar on 7th November, addressing updates to the EN 50131-1 standard for intrusion and hold-up alarm systems.

Scheduled from 16:00 to 17:30 CET, the session will outline recent revisions aimed at adapting to modern technologies such as cloud processing, smart home integration, and remote access capabilities.

As reported by Euralarm, the modifications in EN 50131-1 aim to enhance the relevance of this European standard for end-users, alarm response entities, and insurance providers.

The EN 50131-1 standard, which is widely referenced for designing security systems against burglary and robbery, will be reviewed to incorporate these advancements.

Euralarm’s webinar will cover how the overhaul will affect the current application of this standard and its projected impact on the security sector.

Focus on the evolution of EN 50131-1

The webinar will focus specifically on how EN 50131-1 is used today and the benefits of the proposed updates.

With new technological capabilities becoming mainstream, the revised standard will introduce “guard rails” to ensure secure integration of cloud and smart systems within intrusion and hold-up alarm frameworks.

Euralarm aims to provide attendees with a clear understanding of the current requirements and how they will evolve.

By aligning the standard with modern technology, Euralarm anticipates that EN 50131-1 will maintain its relevance across various stakeholders, including end-users, service providers, and insurers.

The session will give a detailed outline of these updates, presenting key facts and potential benefits.

Webinar audience and importance

Euralarm’s webinar is designed for a broad audience, including service providers, manufacturers, certifiers, installers, and insurers.

As intrusion and hold-up alarm systems are central to security in many homes and businesses, the overhaul of EN 50131-1 will have implications for anyone involved in the standardisation of these systems.

Those interested in the future of alarm standards in Europe and the impact of technological advancement on security protocols are encouraged to attend.

The session will provide insights for all participants, focusing on those involved or interested in the standardisation of security systems within Europe.

Euralarm expects the updated EN 50131-1 to foster alignment across industries as new technologies continue to shape the security landscape.

How to join the Euralarm webinar

The Euralarm-hosted webinar is open to all interested parties, providing an opportunity to gain in-depth knowledge about the latest changes to EN 50131-1.

The online format allows for interactive participation, with experts discussing the integration of updated technologies into existing systems.

Attendees will have the chance to ask questions and clarify how these developments may affect them directly.

By attending, participants can engage with industry experts and receive first-hand information on what the EN 50131-1 updates mean for the security industry.

Details on registration can be found through Euralarm’s official channels.

Euralarm announces webinar on EN 50131-1 updates for intrusion and hold-up alarm systems: Summary

Euralarm has announced a live webinar for 7th November from 16:00 to 17:30 CET, focusing on the overhaul of EN 50131-1, a European standard for intrusion and hold-up alarm systems.

The update will incorporate advancements like cloud processing, smart homes, and remote access, aiming to keep the standard relevant for end-users and industry stakeholders.

The webinar will cover the current application of EN 50131-1, the reasons for its revision, and the anticipated advantages of these changes.

Euralarm encourages professionals involved in security system standards—such as manufacturers, certifiers, insurers, and service providers—to attend and gain insights on the implications of the revised standard for their industries.

Teledyne FLIR to showcase advanced sensing solutions at ADIPEC 2024

Teledyne FLIR to unveil new technologies at ADIPEC 2024

Teledyne FLIR is set to present its latest range of sensing solutions at ADIPEC 2024, taking place in Abu Dhabi from 4th to 7th November.

According to Teledyne FLIR, visitors to Stand 1005 in Hall 1 will be able to view a variety of advanced technologies designed to improve industrial safety and efficiency.

Key products include the Si-2 Series, the new Si2x, PHH-T Series, Exx-Series, and optical gas imaging (OGI) cameras for SF6 detection.

A major highlight of the exhibition will be the FLIR Si2x-Pro Acoustic Imaging Camera.

This new technology is designed for hazardous environments, addressing gas leaks, mechanical faults, and partial discharge detection, all of which are essential for industries such as manufacturing, electrical, and utilities.

New technology for hazardous environments

The FLIR Si2x-Pro™ Acoustic Imaging Camera will be one of the main products on display at ADIPEC.

Designed for use in environments with hazardous gases and explosive dust, the camera is intended to improve safety by detecting leaks of toxic or flammable gases.

Teledyne FLIR stated: “The Si2x-Pro offers best-in-class performance, decision support, and fleet management, along with enterprise data integration for optimal efficiency and safety.”

This product is expected to address a variety of industrial challenges, particularly for companies aiming to reduce expenses related to compressed air or gas leaks.

SI-2 series: Industrial-grade acoustic imaging solutions

In addition to the Si2x-Pro™, Teledyne FLIR will also showcase its Si2-Series, which provides industrial-grade solutions for detecting air and gas leaks, as well as mechanical faults.

The range includes three key models: the Si2-Pro, Si2-LD, and Si2-PD.

The Si2-Pro is designed for pressurised leak detection and mechanical fault detection, while the Si2-LD is optimised for manufacturing environments.

The Si2-PD model is specifically engineered for partial discharge detection in power infrastructure.

These models use advanced acoustic imaging technology to assist in industrial inspections.

Additional products on display

Teledyne FLIR will also exhibit several other product ranges at ADIPEC 2024.

These include the FLIR T-Series, which provides high-resolution thermal imaging cameras with ergonomic designs for extended inspection work.

The Exx-Series offers handheld thermal cameras suitable for predictive maintenance and building inspection, helping professionals identify potential issues before they escalate into costly repairs.

The company will also present its optical gas imaging (OGI) cameras, which are designed for detecting methane, sulfur hexafluoride, and other industrial gases.

These cameras allow users to survey large areas quickly and detect gas leaks without shutting down equipment.

Teledyne FLIR to unveil new technologies at ADIPEC 2024: summary

Teledyne FLIR will showcase its latest portfolio of sensing solutions at ADIPEC 2024, running from 4th to 7th November in Abu Dhabi.

The company will present a range of products, including the Si2x-Pro Acoustic Imaging Camera for hazardous environments, along with other solutions such as the SI-2 Series, T-Series, Exx-Series, and optical gas imaging cameras.

These products aim to improve safety, efficiency, and cost management in industrial settings.

Printworks Belfast upgraded with advanced fire safety system from Hochiki

Historic Belfast building equipped with new Hochiki fire detection technology

The Printworks Belfast, a Victorian warehouse dating back to 1890, has been fully renovated to meet the demands of modern office spaces while preserving its historic character.

As part of this transformation, a state-of-the-art fire safety system, powered by Hochiki devices, has been installed to protect both the building and its occupants.

The renovation, led by Angus Properties after acquiring the building in 2019, converted the structure into a flexible, open-plan office space.

This project maintains key architectural elements like the cobbled courtyard and Victorian façade while adding modern features such as panoramic city views and a new atrium.

Fire safety system installation at Printworks Belfast

To safeguard the five floors of Printworks Belfast, 365 Fire Security was tasked with installing the life safety system.

This project marked the company’s first use of Hochiki fire detection equipment.

According to James Morrison, National Key Accounts Manager at Hochiki, the decision was based on the technology’s dependability and ease of installation.

Wesley Allan, Managing Director of 365 Fire Security, highlighted the smooth integration of over 500 Hochiki devices, stating: “Its ease of installation was a significant advantage, given the complex nature of the building and the need to minimise disruptions during the upgrade works.”

Hochiki’s cutting-edge fire detection technology

The fire safety system at Printworks Belfast consists of Hochiki heat and smoke detectors connected to a central fire alarm control panel.

These detectors offer rapid and accurate fire detection, ensuring the safety of future occupants.

The installation was completed with a focus on maintaining the building’s historical elements.

The Hochiki equipment seamlessly integrates into the Victorian architecture, ensuring that the fire protection system does not detract from the building’s visual appeal.

Future use of Hochiki technology

The successful use of Hochiki technology in this project has led 365 Fire Security to consider it their preferred choice for future installations.

Allan confirmed: “Despite having no prior experience with Hochiki devices, the Printworks Belfast project has convinced us of their exceptional quality and reliability.”

The completion of this project ensures that Printworks Belfast is now equipped with a modern, reliable fire safety system that complements its newly renovated office spaces.

Printworks Belfast upgraded with advanced fire safety system: Summary

The historic Printworks Belfast has been transformed into modern office spaces while preserving its Victorian heritage.

As part of this upgrade, 365 Fire Security installed a comprehensive fire detection system powered by Hochiki devices.

This system includes heat and smoke detectors connected to a central control panel, providing reliable fire protection across the building’s five floors.

The Hochiki devices were selected for their ease of installation and seamless integration with the building’s historical features.

This project has established Hochiki as the preferred fire safety provider for 365 Fire Security in future developments.

Lancashire fire service addresses thousands of false alarms in five-year period

Over 26,000 false alarms reported in Lancashire since 2019

Lancashire Fire and Rescue Service has responded to over 26,000 false fire alarms in the past five years, as reported by Personal Injury Claims UK.

The data, which covers the period from April 2019 to April 2024, reveals that the service attended 26,069 false alarms, equating to an average of 14 incidents per day.

The annual number of callouts varied between 5,000 and 6,000, with the lowest figure recorded in 2019/20 at 4,807.

Following the lifting of COVID-19 restrictions, false fire alarm callouts reached 5,505 in 2022/23.

However, this figure saw a decline in the past year, with 4,943 incidents recorded in 2023/24.

Causes of false alarms identified

Several factors contribute to the high number of false alarms, including faulty equipment and poor user training.

Other common causes include fumes from cooking, steam from showers, dust from building work, and aerosols used near sensors.

Cambridgeshire Fire and Rescue Service commented on the issue of false alarms, stating: “Automatic Fire Alarms (AFAs) can provide early warning in the event of a fire, but they are also the cause of false alarms, known as Unwanted Fire Signals (UWFS).”

They added: “These unwanted fire signals can divert essential resources from genuine emergencies and drain public finances and resources.”

National impact of false fire alarms

Across the UK, false fire alarms represent a significant proportion of fire service callouts, accounting for 38% of all incidents attended.

According to a study by BRE Group, false alarms cost the UK approximately £1 billion annually.

The repeated nature of false alarms is not only disruptive but also affects the overall efficiency of emergency services, potentially impacting response times to genuine emergencies.

It has been noted that continual false alarms can lead to complacency among staff, reducing their willingness to take action when alarms are triggered.

Personal Injury Claims UK offers support

In addition to highlighting the financial and resource strain caused by false fire alarms, Personal Injury Claims UK offers support to those affected by fire-related injuries.

The organisation provides free advice and assistance to individuals who have suffered from incidents involving faulty appliances or products.

A 24-hour helpline and an online claims form are available on the organisation’s website for those seeking assistance.

Personal Injury Claims UK continues to raise awareness about fire safety and the risks associated with defective equipment.

Lancashire fire service addresses thousands of false alarms in five-year period: Summary

Lancashire Fire and Rescue Service responded to over 26,000 false alarms between April 2019 and April 2024, as revealed by data obtained by Personal Injury Claims UK.

The annual number of callouts ranged from 5,000 to 6,000, with the lowest recorded figure of 4,807 in 2019/20.

False alarms stem from various causes, including faulty equipment and poorly trained users.

Nationally, false alarms account for 38% of fire service incidents, costing the UK £1 billion annually.

Personal Injury Claims UK provides support to those affected by fire-related injuries, offering a helpline and online claims service.

EV-Garm system launched by Dafo Vehicle to improve safety in electric vehicle workshops

EV-Garm launched to improve safety in EV workshops

Dafo Vehicle Fire Protection has announced the release of EV-Garm, a new carbon monoxide sensing system specifically designed for electric vehicles (EVs) undergoing repair and maintenance.

As reported by Dafo Vehicle Fire Suppression, EV-Garm aims to improve safety by providing early detection of potential Li-ion battery failures, which are associated with risks such as fires and toxic gas emissions.

The system offers real-time monitoring of EVs, addressing gaps in traditional fire detection systems, which often fail to detect early signs of thermal runaway.

By detecting potential hazards early, the system helps reduce the risk to workshop staff and ensures timely interventions.

How EV-Garm works

The EV-Garm system works by placing sensors near the battery’s over-pressure valve, a critical location for detecting early signs of Li-ion battery venting.

If a battery distress or failure is detected, the system will immediately alert workshop staff through an audible siren, flashing lights, and a notification system.

This swift alert allows personnel to follow safety procedures and avoid further damage or risk.

By addressing these potential issues at an early stage, the system helps maintain both operational safety and efficiency.

Benefits of EV-Garm

One of the key benefits of EV-Garm is its ability to reduce quarantine times and downtime for electric vehicles under maintenance.

Early detection of battery malfunctions allows workshops to address problems before they escalate, minimising operational disruption.

The system also enhances workplace safety.

Continuous monitoring ensures that staff are alerted to any potential hazards, giving them the opportunity to act swiftly to prevent fires or other dangerous incidents.

Industry response to EV-Garm

Tommy Carnebo, EV Risk Specialist at Dafo Vehicle, highlighted the importance of advanced safety systems like EV-Garm in the rapidly growing electric vehicle industry.

He said: “As electric vehicles become more common, the importance of advanced safety systems like EV-Garm cannot be overstated.

This product is developed in close cooperation with the industry, and we are thrilled to offer a solution that will not only protect lives but also improve operational efficiency.”

The EV-Garm system is designed to be simple to install and operate, providing an essential safety measure for any workshop handling electric vehicles.

EV-Garm system launched to improve safety in electric vehicle workshops: Summary

Dafo Vehicle Fire Protection has introduced the EV-Garm system, which aims to enhance safety in workshops servicing electric vehicles.

This new carbon monoxide sensing technology is designed to detect early signs of Li-ion battery venting, a major fire risk in EVs.

The system provides real-time monitoring, alerting workshop staff through alarms and notifications in the event of battery malfunction.

The EV-Garm system reduces vehicle downtime by allowing early intervention and helps protect personnel by ensuring a safer working environment.

Cambridgeshire Fire and Rescue Service responds to over 2,000 false fire alarms in five years

False fire alarms cause strain on fire service resources

Cambridgeshire Fire and Rescue Service has attended 2,695 false fire alarms over the past five years, according to data obtained by Personal Injury Claims UK.

The report reveals that since April 2019, the service has experienced a consistent number of false alarm incidents, with annual visits ranging between 1,100 and 1,800.

This equates to an average of four false alarms per day, putting pressure on both financial and operational resources.

The highest number of false alarm callouts occurred from 2019 to 2020, when the service responded to 1,734 incidents.

This number dropped to 1,153 the following year, largely due to the COVID-19 pandemic and resulting restrictions.

Recent increases in false alarm callouts

Following the lifting of COVID-19 restrictions, false fire alarm callouts in Cambridgeshire saw an increase, with the number rising to 1,260 in the 2022/23 period.

The trend continued over the past year, with 1,382 false alarms recorded for 2023/24.

Common causes for these false alarms include faulty or poorly maintained equipment, fumes from cooking, dust from construction, and aerosols near sensors.

The financial impact of these incidents has also fluctuated over time, with costs ranging between £60,000 and £80,000 annually for the fire service.

Fire service addresses false alarm impact

Cambridgeshire Fire and Rescue Service has detailed the categorisation of false alarms on their website, breaking them into three types: automatic fire alarms, false alarms with good intent, and malicious false alarms.

The service noted: “Of our total incidents, 33.1% were automatic fire alarms, 17.2% were false alarms, good intent.”

The service also highlighted that the rise in fire-related incidents correlates with the growing population in the county.

National impact of false fire alarms

Across the UK, false fire alarms remain a prevalent issue, accounting for 38% of all incidents attended by fire services.

A study conducted by BRE Group estimates the overall cost of false alarms to be approximately £1 billion annually.

If this trend continues, false alarms could pose a risk to both public safety and the effectiveness of emergency services.

Personal Injury Claims UK offers assistance to those affected by fires, including individuals suffering injuries from faulty appliances.

Their services include a 24-hour helpline and online claims support.

Cambridgeshire Fire and Rescue Service reports over 2,000 false alarm callouts since 2019: Summary

As reported by Personal Injury Claims UK, Cambridgeshire Fire and Rescue Service has responded to 2,695 false fire alarms since April 2019.

The data shows that false alarm incidents have ranged from 1,100 to 1,800 per year, with the highest number occurring in 2019/20.

Costs associated with these incidents have fluctuated between £60,000 and £80,000 annually.

The service categorises false alarms into automatic fire alarms, false alarms with good intent, and malicious alarms.

Nationally, false alarms account for 38% of all fire service incidents, costing the UK around £1 billion annually.