Home
Software
AR/Apps
VR/Meta
VR SOP
AI
CGI
Partners
Industries
About
Blog
Contact
VR Arc-Flash Awareness Training for BESS and High-Voltage Infrastructure
Relevant case studies
Author: Spark Team
VR Arc-Flash Awareness Training for BESS and High-Voltage Infrastructure
Arc-flash hazards are difficult to communicate through diagrams alone. VR can turn electrical safety procedures into memorable interactive scenarios, helping personnel understand boundaries, equipment condition, PPE decisions and stop-work behaviours without exposing learners to an actual electrical event.
Making an Invisible Electrical Hazard Understandable
An electrical arc flash occurs when current travels through the air between conductors or between a conductor and ground. Such events can produce extreme heat and serious injury, which is why electrical safety requires both appropriate risk assessment and competent working practices.
For BESS operators, the issue may arise around switchgear, transformers, PCS equipment and associated high-voltage infrastructure.
Training therefore needs to communicate more than a definition.
Seeing the Consequences Without Experiencing Them
VR can visually demonstrate what traditional electrical training describes.
A scenario might present a switchroom in apparently normal condition. The trainee could be asked to review the job, identify the correct equipment and determine whether the proposed action is permitted.
Incorrect decisions could lead to a controlled visual representation of an arc event, immediately followed by an explanation of what went wrong.
The purpose is educational—not sensational. The incident demonstrates the reason for procedural controls.
Training the Full SOP
A bespoke application could assess activities such as:
identifying the correct asset;
reviewing equipment condition;
recognising relevant labels and boundaries;
selecting appropriate PPE within the client's procedure;
following isolation requirements;
verifying system state;
maintaining safe positioning;
recognising when work must not proceed.
Because the simulation is bespoke, Spark can reproduce the terminology and equipment employees encounter onsite.
Training Non-Electrical Personnel Too
Arc-flash training does not necessarily mean teaching everybody to perform electrical work.
Some employees simply need to know:
where they are permitted to go;
which enclosures must not be opened;
how warning signage should be interpreted;
when to contact an authorised electrical person;
how to react to abnormal conditions.
Different VR scenarios can therefore be created for different competency levels.
AR for Asset Identification and Field Information
During real-world maintenance, AR can provide relevant information associated with the physical asset.
Depending on the client's system design, an authorised engineer could potentially access:
equipment identifiers;
single-line diagrams;
approved procedures;
inspection information;
equipment history;
remote expert support.
The critical design principle is that AR should reinforce the safe system of work rather than create an alternative to it.
Reducing Training Dependency on Switchrooms
Traditional familiarisation often requires taking learners into the operational environment.
VR can move initial equipment recognition and procedural exercises elsewhere.
This can be particularly useful where a company operates multiple battery or substation facilities and wants employees to become familiar with layouts before travelling.
Repeat the Difficult Parts
When a trainee makes a mistake in VR, the instructor can immediately repeat that section.
There is no need to reset physical switchgear or reorganise an operational exercise.
A learner who repeatedly confuses two pieces of equipment can practise until the distinction becomes familiar.
Recording Performance
VR can also provide a measurable training layer.
Potential metrics include procedure accuracy, hazard recognition, prohibited actions, completion time and help requests.
Used responsibly, these data can help instructors focus subsequent practical training on areas where the learner genuinely requires support.
Bespoke Electrical Training from Spark
Spark's approach is not to create a generic electrical-safety game.
We recreate the specific procedure, environment and learning outcomes required by the client.
This could include a battery site, substation, switchroom or individual item of equipment.
Conclusion
Arc-flash awareness is fundamentally about understanding risk before taking action.
VR can make the consequences and procedural controls easier to understand without exposing learners to real electrical hazards, while AR can provide relevant information to authorised personnel in the field.
To discuss bespoke VR arc-flash or high-voltage training for your organisation, contact Spark Emerging Technologies.
© 2026 All Rights Reserved | Company Reg No. 05327622 | Spark Emerging Technologies Limited
