Clean-Energy

Blog post: 12/11/2026 5:44 pm

Author: Spark Team

Every energy organisation has procedures. The harder problem is ensuring those procedures become consistent behaviour. A PDF may explain exactly how a task should be performed, but it cannot guarantee that somebody can execute the procedure correctly while standing in front of unfamiliar equipment. For clean-energy organisations operating wind, solar, batteries, heat pumps, hydrogen and electrical infrastructure, immersive technology provides an opportunity to transform Standard Operating Procedures from passive documents into interactive experiences.

Blog post: 30/10/2026 5:54 pm

Author: Spark Team

Hydrogen infrastructure presents a compelling immersive-training use case because technicians must combine conventional mechanical and electrical competence with technology-specific procedures involving gas systems, controlled environments, detection equipment and emergency response. As hydrogen activity develops alongside other clean-energy infrastructure, organisations will require technicians who can operate confidently without becoming casual about unfamiliar hazards. VR can provide a controlled environment in which those behaviours are developed before live exposure. AR can subsequently support technicians with equipment-specific information during inspections and maintenance.

Blog post: 19/10/2026 3:07 pm

Author: Spark Team

One of the fastest ways to expand the clean-energy workforce is not necessarily to create entirely new occupations. It is to help experienced tradespeople apply existing skills to new technologies. The IEA has specifically highlighted the potential for established plumbers and electricians to upskill into areas such as heat pumps and solar PV. However, an experienced electrician or heating engineer still needs familiarity with new system architectures, commissioning procedures, controls and fault conditions. Bespoke VR and AR can help bridge that gap.

Blog post: 06/10/2026 5:02 pm

Author: Spark Team

Wind generation and electricity networks share an uncomfortable characteristic from a training perspective: some of the most important tasks happen around expensive, operationally critical and potentially hazardous infrastructure. Access to those environments can therefore be restricted precisely when trainees most need practical experience. VR offers a way to move the first stages of practical learning away from operational assets, while AR can subsequently support technicians during inspection and maintenance work.

Blog post: 23/09/2026 3:46 pm

Author: Spark Team

Solar photovoltaic systems and battery energy storage are increasingly interconnected. Commercial sites, industrial facilities, homes and energy networks may combine PV generation, inverters, batteries, monitoring equipment and increasingly sophisticated control systems. For technicians, this means understanding not simply individual products but the relationship between multiple electrical systems. Bespoke VR and AR training can make these complex interactions easier to understand while allowing critical procedures to be rehearsed before technicians encounter live installations.