In Solar PV Installation, Safety Nets and Soft-Landing Systems are a common way to work at height - and a common source of falls when they are misused. This guide explains how Solar PV Installation teams in Ireland use Safety Nets and Soft-Landing Systems safely, and why a Working at Heights Course ties it all together.
Safety Nets and Soft-Landing Systems in Solar PV Installation: where the risk lies
A solar crew mounting panels on a commercial shed roof in Wexford, balancing panel handling, edge protection and live DC cabling. Safety Nets and Soft-Landing Systems are suited to collective fall mitigation during roof and steel work where a fall cannot be fully prevented, but in a Solar PV Installation setting the margin for error is small.
Pre-use checks for Safety Nets and Soft-Landing Systems
Before any Solar PV Installation worker uses Safety Nets and Soft-Landing Systems, confirm that:
- Anchorage is sound
- Nets are undamaged and in date
- Fall height into the net is minimised
- The area beneath is clear
The relevant standard here is EN 1263, rigged by trained net riggers as close beneath the work as practicable.
Common Safety Nets and Soft-Landing Systems faults to never ignore
- Gaps in coverage
- Excessive fall height
- Damaged or out-of-date nets
- Poor anchorage
The solar boom has put far more workers on roofs; edge protection and fragile-roof controls are non-negotiable.
The Working at Heights Course makes compliance simple
Here is the good news: getting compliant is fast and inexpensive. Our Working at Heights Course is delivered fully online, takes about 45 minutes, and issues a downloadable certificate the same day. It is CPD certified, RoSPA approved and QQI aligned, and it is written specifically for Solar PV Installation teams using Safety Nets and Soft-Landing Systems.
The Working at Heights Training covers the avoid-prevent-minimise hierarchy, ladder and stepladder safety, MEWPs and scaffolds, harnesses and anchor points, and how to carry out a proper risk assessment. Every learner finishes with a recognised Working at Heights Certificate that stands up to HSA inspection and supports your insurance position.
Training that goes beyond the tick-box
Documentation is what turns good practice into proven compliance for Safety Nets and Soft-Landing Systems in Solar PV Installation. Keep your risk assessment, your method statement, your equipment inspection logs and your training records together, and an HSA visit becomes a short, calm conversation rather than a drawn-out investigation.
Supervision is the quiet control that holds everything together. Even a perfectly trained worker drifts under time pressure, so someone on site needs the knowledge and the authority to stop unsafe work involving Safety Nets and Soft-Landing Systems in Solar PV Installation before it becomes an incident. That only happens when supervisors are trained too.
Frequently asked questions
Do Solar PV Installation workers need training to use Safety Nets and Soft-Landing Systems?
Yes. Safe use of Safety Nets and Soft-Landing Systems is part of working at height. A Working at Heights Course covers selection, inspection and safe use for Solar PV Installation tasks.
How often should Safety Nets and Soft-Landing Systems be inspected?
Before every use by the operator, plus formal recorded inspections to the relevant standard. Keep the logs for HSA inspection.
Is online training enough for Solar PV Installation height work?
Our online Working at Heights Training covers the legal and safe-system knowledge; equipment-specific practical tickets (such as IPAF or PASMA) are added where the task requires them.
Get certified today
Do not wait for an HSA inspection or a near miss to act. Solar PV Installation teams can complete the Working at Heights Course online in 45 minutes and download a certificate the same day. For 10 or more learners, see our team training rates, or contact our team for a tailored quote.
Start the online Working at Heights Training now and put a recognised certificate in every worker's file before the next job at height begins.
