Case Study
Home Shield
Many households are fitted with alarms, such as smoke, methane and carbon monoxide to warn people when hazards are detected.
When alerted, they're encouraged to contact their local gas distribution network (GDN), who can deploy emergency response teams to respond to carbon monoxide and methane leak alerts.
These alarms are often sufficient, but don't cater for some customers in vulnerable situations, such as people with hearing or visual impairments, or people with mental health conditions. These people may be at risk if they're unable to detect or interpret household alarms. Also, alarm sounds can cause anxiety and stress for some, which may result in them disconnecting devices, leading to hazards not being reported.
The Solution
This project will develop Home Shield, an acoustic monitoring device that can be fitted into customers' properties to:
1. Detect household alarms
2. Distinguish between multiple alarm sounds
3. Communicate alerts to the occupant and their 'key contacts'.
Following engagement with several charities, the solution will also include functionalities that are bespoke to a range of vulnerabilities, such as hearing, sight and mental health conditions, with the aim of ensuring no customers are excluded. This will help ensure the safety of all customers in vulnerable situations when household hazards are detected.
Partners
The EIC are facilitating an NIA funded collaborative project between Cadent Gas, Northern Gas Networks, Wales and West Utilities and an innovator.
This collaboration is enabling the development of the solution from TRL3 to TRL8. When the project is complete, the solution will be deployed into business as usual (BAU) operations, allowing the networks to enhance the safety of customers in vulnerable situations.
The Project
Initially the project focused on engaging with charities to understand how the solution can cater for customers with a wide range of vulnerabilities. As it progressed, mental health charities were also consulted to gain insight into functions that will be useful for people living with conditions such as Alzheimer's or dementia.
Following this, the project focused on:
1. Initial Prototype Build: Prototype devices will be built and tested to ensure that the fundamental objectives are achieved, including detecting multiple alarms, differentiating between alarms and communicating alerts
2: Prototype Advancement: User feedback and recommendations will be used to improve the original prototype. Additional functions suggested during charity engagement will also be incorporated whenever possible
3: Design Finalisation: Following further testing and user feedback from networks and charities, the prototypes will be further enhanced to inform the final design.
Key Learning:
1. Understanding the capabilities and limitations of in-home acoustic monitoring devices
2. Better understanding the needs and expectations of customers in vulnerable situations (and the charities representing them).
Next Steps
To improve knowledge on customers in vulnerable situations, this project's final report is being disseminated through NEA's and NGN's relevant stakeholders.
NGN are reviewing the final report to influence their core strategy on how they engage with customers in vulnerable situations. NGN plan to share and promote the changes made to their strategy supported by NEA.
This innovation specifically supports the embedding of the Mental Capacity Act 2005 by supporting those who are unable to utilise a standard audible alarm and wouldn't respond if one were sounding. Cadent recognises the importance of this initiative and is committed to supporting the independent living of our consumers in vulnerable situations.
The Project
Live field trials demonstrated various benefits for network partners, including reduced operational expenditure (OPEX). One trial conducted on a sample section of the gas distribution network in the north of England demonstrated that LeakVISION reduced the overall time required to locate and repair multiple gas escapes, minimising disruption to customers.
As part of the SIF funded project, a trial was completed in a live hydrogen pipeline to assess the device’s functionality and its capability to safely detect leaks. The trial proved successful, providing confirmation that both the deployment and retrieval approach for the device are secure.
- The successful implementation of a live thermal imaging robotic system within an operational gas distribution network.
- The system potentially could identify specific ‘areas of interest’ that require remediation.
- The system has future capability to guide more agile asset investment decisions.
- A robotic device that uses a heating element to warm-up flowing gas, in a live distribution network, safely and without incident.
- Identification of design improvements for field operations.
The Impact
Customer Service
Minimised disruptions from excavations to assess pipes in difficult to reach places.
Societal
Reductions in the number of excavations and faster repair times.
Environmental
Reductions in the volume of gas vented to the atmosphere during complex-to-locate gas escapes.
Operational
A reduced number of excavations will lead to improved safety and will result in fewer injuries to operatives.
The Project
The aim of StreetScore Phase 2 project was to improve the accessibility and experience of street works for customers in vulnerable situations and the wider public. The focus was on prototyping and validating concepts that could minimise disruptions experienced during street works, before potentially undertaking further developmental and testing activities that facilitates the transition to Business as Usual (BAU) deployment(s).
Workshops were also held to facilitate active engagement between network operators and key stakeholders, such as community groups, charities and advocacy groups. These sessions allowed network operators to develop a greater understanding of the challenges faced by customers in vulnerable situations and provided valuable insights into how customers adapt their behaviours and lifestyle around street works. The feedback gathered has also helped to inform the shortlisting of potential prototypes and concepts for future development.
The Impact
Customers
Improvements in accessibility and safety around street works, particularly for customers in vulnerable situations.
Community engagement
Improved engagement between network operators and third parties like community groups and charities.
Health and safety
Potential to reduce the number of incidents for customers when navigating street works. Learnings from the project have also enabled recommendations for changes or updates to existing regulations.
Financial
Improved guidance in working around street works thus reducing instances of fines for networks.
The Impact
Customers
Improvements in accessibility and safety around street works, particularly for customers in vulnerable situations.
Community engagement
Improved engagement between network operators and third parties like community groups and charities.
Health and safety
Potential to reduce the number of incidents for customers when navigating street works.
Financial
Improved guidance in working around street works thus reducing instances of fines for networks.
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