Augmented Reality (AR)
Overlay digital information or visual guidance onto the real-world environment for suitable learning and task-guidance workflows.
AR / VR in Power & Energy Industry
Yeppar develops simulation-based learning and visualisation experiences that can support substation training, plant-process familiarisation, inspection learning and electrical safety awareness.
Immersive Learning for Power Generation and Distribution
The solution scope should be aligned with the facility, equipment, approved operating procedures, user roles and deployment requirements.
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VR-Based Substation Training
Use immersive VR environments to help operators learn about substation layouts, equipment, task sequences and safety procedures
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Power Plant Process Visualisation
Present selected plant systems, equipment relationships and operational workflows through interactive 3D or VR experiences to support technical familiarisation and process understanding.
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Electrical Equipment Familiarisation
Help learners explore equipment components, operating areas and relevant procedures in a digital environment before supervised hands-on practice.
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Inspection Procedure Training
Create guided learning scenarios for selected inspection procedures, equipment checks and task sequences, based on customer-approved instructions and validated reference content.
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Electrical and Workplace Safety Learning
Build scenario-based learning to introduce electrical hazards, safe-work concepts and emergency procedures in a controlled digital environment. Content should align with approved safety policies and site requirements.
Choose the Right Technology for the Use Case
AR and VR can support equipment familiarisation, procedural learning, and simulation-based training. AI can also be incorporated for specific applications, subject to the availability of relevant data, required integrations, and technical capabilities.
Virtual Reality (VR)
Create immersive environments for substation training, equipment familiarisation, process visualisation and scenario-based practice.
Mixed Reality (MR)
Where supported by the device and use case, combine physical surroundings with interactive digital elements for spatial learning or guided tasks.
AI — Where Appropriate
Assess AI only for a clearly defined requirement, after confirming functionality, data availability, integration needs and implementation scope with Yeppar’s team.
Support Consistent, Scenario-Based Workforce Learning
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Controlled Practice
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Repeatable Training
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Equipment and Facility Familiarisation
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Structured Performance Feedback
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Flexible Learning Design
From Operational Requirement to Immersive Experience
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Understand
Review the facility context, target users, equipment, workflows, approved procedures, learning objectives and technical constraints.
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Design & Develop
Define the appropriate AR, VR, MR or simulation approach and develop the experience around the agreed content and requirements.
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Validate
Review the experience with the customer’s subject-matter experts against agreed procedure accuracy, usability and acceptance criteria before deployment.
Frequently Asked Questions
They can support substation training, equipment familiarisation, power-plant process visualisation, inspection learning and electrical safety awareness. The right approach depends on the specific use case.
Yeppar’s training page describes a VR-based power-industry training platform that simulates substation environments and supports task-based learning, multilingual voice guidance and performance evaluation. Confirm the required modules and scope with the Yeppar team.
VR can be used to create scenario-based learning for selected electrical hazards and safety procedures. The content must align with the customer’s approved safety policies and should complement formal training and site controls.
AR may provide contextual digital information or visual guidance for suitable tasks. Feasibility depends on equipment information, device compatibility, approved procedures and the deployment environment.
The project can be scoped around the facility, equipment, operating procedures, target users and training objectives. Final scope and technical feasibility should be agreed during discovery.
No such assumption should be made. AI can be considered for a specific use case only after confirming the required capability, data and integrations with Yeppar.
Yeppar’s published power-industry training description mentions integrated performance evaluation. Confirm the specific metrics, reporting functions and assessment workflow available for the proposed solution.
Share the training or operational objective, equipment or process involved, target users, available reference material or SOPs, preferred devices and any deployment or integration constraints.
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