VR Application Development for HTC Vive for the Energy Industry

Why the energy industry loses clients due to outdated presentations

In the energy industry, complex and expensive solutions are sold: substation modernization, network automation, and metering system implementation.

Explaining their value with flat slides or PDFs is impossible—the customer needs to see the equipment in action, assess the scale and safety. Outdated presentations lose at the very first-contact stage because they evoke no emotion and no trust.

While you show charts and tables, the client is exploring interactive 3D models and virtual tours at competitors. The customer's attention scatters, the decision is postponed, and the final contract often goes to whoever could demonstrate the result visually. Meanwhile, the marketing budget for brochures, booths, and business trips never pays off.

To engage the client and speed up the sales cycle, energy companies need sales digitalization. Virtual reality lets you show a facility before it is even built, safely walk a customer through a live plant, and demonstrate emergency scenarios—without risk or production shutdowns. This format holds attention, increases conversion, and improves brand recall.

At truetech.by we develop VR presentations for the energy sector that replace outdated materials. Instead of slides, you give the client a living, interactive experience—and they make decisions faster. That is the modern approach to sales, delivered turnkey by us.

What VR application development brings to business

Energy facilities are complex, expensive, and often impossible to show. That is why VR applications here work not as a "pretty toy" but as a tool that sells, trains, and protects the budget. Below are four benefits our clients get in practice.

Faster deal closing

An investor cannot easily make a decision from blueprints and mockups. A virtual walkthrough of the future facility answers all the questions: the scale, layout, and logistics are visible. This shortens the approval cycle and helps sign the contract faster.

Fast payback in this case is not a promise but a fact: the virtual mockup keeps working at tenders and exhibitions, attracting new partners.

Clarity for every participant

A VR model is understandable to executives, engineers, and contractors alike. It can be shown at a meeting, exhibition, or online—everyone sees the same picture with no arguments or misinterpretations. Fewer reworks, higher trust in the project and in you as the contractor.

Risk-free training

Real equipment does not forgive mistakes, and training rigs quickly become outdated. In a virtual environment, an employee practices emergency scenarios and responses to system failures with no consequences. Training takes hours rather than weeks, the workflow does not stop, and injuries decline.

Image of an innovative company

Using VR sets a company apart from competitors at tenders and in communications with partners. It is a signal of maturity and technological leadership.

"When investors first 'walked through' the virtual substation, they themselves asked us to arrange another demonstration for the CFO," says the Deputy CEO for Development at SeverEnergo.

VR/AR solution formats for energy enterprises

In energy there are different tasks: train personnel to work at a hazardous facility, show an investor a future grid node, verify a layout before installation, or give a tour of an inaccessible territory.

There is no one-size-fits-all solution—so we work with a set of formats and select the one that solves exactly your task.

Main formats

Formats are easy to combine within one project. For example, a VR tour for management and AR instruction for personnel form a single training and presentation system. During the consultation, we analyze your task and propose the format that will deliver results the fastest.

How a VR project goes from brief to launch

For energy companies, VR application development is not an experiment but a strategic tool: risk-free personnel training, emergency scenario practice, and equipment demonstrations for partners.

But for the project to deliver results, the process must be manageable and transparent. We structure the work so that at every stage you see what you are getting and what it costs.

1. Brief. We capture the task: who we are training, what skills we are practicing, how many employees will use the solution. The output is a document with goals and success criteria.

2. Analytics. We review your scenarios and existing materials: regulations, instructions, 3D models, videos. We determine what goes into VR and what stays in a traditional format.

3. Prototype. We build a base version with the key scenario: one simulator or one production area. You try it in the headset and understand what the product will look like.

4. Approval. We discuss the details: interface, hint logic, measurable indicators for evaluating the employee. We approve the prototype and fix the scope of work.

5. Development. We fill the prototype with full content: all scenarios, all objects, the scoring and statistics system. Every 1–2 weeks we show intermediate results—you see the live project, not just "on paper".

6. Launch. We install the solution on your equipment, train administrators and instructors, and hand over source materials and documentation so your team can maintain the project on its own.

At every stage you know what is happening and what comes next. This eliminates surprises in timelines and budget—you make decisions based on facts, not promises.

What is included in the delivery of a VR solution for your company

You receive not just a program but a ready-made working tool for training and control. The package includes everything needed to launch a VR solution in your company: from scenario to post-deployment support.

• Scenario and training methodology. We define the specific situations found at your facilities: from standard operations to emergency situations. The scenario matches your regulations, so employees train precisely on your tasks.
• 3D content and equipment models. We create visualizations of your production facilities and machinery so that employees are immersed in a familiar environment. This increases engagement and accelerates the transfer of skills to real work.
• Ready-made application for VR equipment. We install the solution on your devices, configure it for your infrastructure, and connect it to your records system if needed. You do not have to understand the technical side—everything works immediately.
• Documentation and training materials. We hand over a complete package: administrator instructions, a user guide, scenario descriptions, and recommendations for integration into the training program. Your specialists can maintain the system and add new training situations independently.
• Personnel training. We conduct on-site or remote training for your instructors and administrators. After that, they independently launch the simulator, run sessions, and evaluate employee results.
• Maintenance and support. We stay in touch after launch: help with updates, resolve technical issues, and refine scenarios as your processes change. You get a stably working tool without the need to keep your own VR team.

Thus, you get not just a program but an entire training system. All documentation, usage rights, and trained specialists stay with you. We only step in as needed.

Case study: how VR training improved safety at an energy facility

For the energy industry, the cost of an error is especially high: work shifts at an energy facility, high voltage, strict regulations. Ordinary briefings and paper tests check theoretical knowledge, but not readiness to act in an emergency.

The client—a distribution grid operator—came to us with exactly this task: prepare personnel for emergency scenarios without risking lives.

We developed a VR simulator based on HTC Vive. Operators "experienced" short-circuit scenarios, equipment failures, and a colleague's erroneous actions—in a safe environment, but with full immersion.

Every action was recorded, and after each session mistakes were reviewed together with the instructor.

Business result

The result exceeded expectations. Over two days of training, 40 operators completed more than 120 scenarios. Average reaction speed to an emergency signal increased by 30%, and the number of errors in switching sequences dropped by half.

For the company, these are not just numbers—this is a reduction in the risk of downtime and injuries at the facility.

Repeat engagement

The key metric: the client returned six months later and expanded the program to three more branches. The simulator is now used to verify skills before work authorization.

According to the head of the occupational safety department, VR training took three times less time than a standard briefing with a trip to a training ground—and required no equipment shutdown.

How to choose a VR project format for your task?

Choosing a VR project format starts not with technology but with the question: what should your company change? In energy, this is most often three tasks—safe personnel training, clear demonstration of complex facilities, and knowledge control.

Each is solved by a different type of immersion: full simulation for practicing actions, a virtual walkthrough for studying the facility's structure, or mixed reality for working with a digital model in a real plant. The answer to "what for" immediately cuts out half of the unsuitable options.

The second criterion is the audience. New employees without experience need an environment that imitates the equipment one-to-one and forgives mistakes—for example, a substation switching simulator.

Investors and executives only need an overview with a sense of presence that allows them to grasp the scale and layout of the facility in a few minutes.

Different viewers do not need the same scenario, so each one gets its own "layer" within a single project—this is normal practice.

Next, assess how the result will be used. If training is large-scale and conducted regularly, choose a stationary classroom with headsets—the costs pay off through the number of sessions.

If the project is needed for exhibitions and negotiations, standalone solutions that are easy to deploy at a new site are the right choice. And only after these three steps does it make sense to talk about budget and timelines—they become clearer once the format is defined.

We work with energy companies on different goals: from short demonstration videos to a full training course for operations personnel. In each case, the final project differs in scenario, detail, and interaction type.

Come with a description of your task—within 15 minutes at the meeting we will tell you which format will deliver the right result without extra costs, and propose a plan for the first steps.

Common questions about ordering VR solutions for industry

Energy clients rarely come with a ready-made technical specification. Usually there is a task—train employees or show equipment to investors—plus typical doubts: cost, timelines, compatibility with current processes. We answer the four questions we hear in the first conversation.

How long does VR simulator development take?

A standard project takes 6–10 weeks from brief to launch. We fix the schedule with stages and weekly demonstrations—you see the result and make changes before the final delivery, not after it.

Is the solution compatible with our training system?

The simulator integrates into your processes: it works as a separate module for briefings or connects to your records system. Integration does not stop personnel work. If you do not have equipment, we will select a package and train employees so that sessions start on launch day.

What happens if the equipment breaks down?

Bundles come with a warranty, and post-project support stays with you after launch. If equipment fails, we repair or replace it at our own expense.

There was a case: a day before the demonstration, the tracking station failed—we brought a backup overnight and the launch went as planned.

Request a consultation on VR solutions

We understand how difficult it is to evaluate a VR project "by eye": it is unclear where to start, which format fits your specific task, and what the result will actually cost. That is why we suggest starting with a short consultation—no obligations and no technical jargon.

In 30–40 minutes we will review your situation, show where VR will deliver quick results, and demonstrate examples from the energy industry. The outcome of the conversation is a clear action plan and an approximate estimate, not abstract promises.

What you get after submitting your request:

• Format selection for your task: personnel training, safety, facility presentation, or remote control.
• Expert evaluation of implementation: whether a VR solution suits your goals or whether an alternative worth considering.
• Cost and timeline calculation based on your scenario—without hidden charges or fine print.
• Examples of energy projects with real results: reduced training time and fewer errors.
• Equipment recommendations if you have not purchased it yet—taking your budget into account.
• An implementation plan: from pilot to industrial operation with clear stages.
• Support at all stages: we will help formulate the technical specification, conduct testing, and train employees.

Submit your consultation request—it takes a couple of minutes. Perhaps it is this conversation that starts a project which will save your team hundreds of hours and significantly affect safety and operational efficiency.