Dry-type transformers can cut insurance costs
September 2022
Electrical Power & Protection
Dry-type transformers have long been known for their high levels of safety, as they are cooled by air rather than oil; insurers recognise this too, and it affects their risk ratings.
“We see a trend in commercial buildings and shopping centres, for instance, where insurers themselves are insisting on dry-type transformers,” says David Claassen, managing director of Trafo Power Solutions. “This exposes them to less risk in their coverage of these properties, and can reduce the insurance premiums paid by their clients.”
A specialist in dry-type transformers and mini-substations, Trafo Power Solutions supplies equipment with an F1 safety rating, due to its self-extinguishing and flame-retardant features. “The fire hazard is reduced significantly by using dry-type transformers, as there is no oil that could ignite,” says Claassen. “There is also less environmental risk, as there is no oil which can potentially leak out into soil or groundwater.”
He highlights the ways developers can reduce the insurance element of their cost per square metre to construct and operate their buildings. Installing a safer transformer will not only reduce risk levels, but can reduce the costs of associated fire detection and suppression systems. “An insurance evaluation of a building will typically include a strong focus on fire risk, especially in warehouses where valuable stock could be vulnerable,” he says. “Where insurers detect a high fire risk, they may stipulate a range of mitigation measures, the costs of which must be borne by the client.”
Indeed, the lack of specialised systems for detecting and suppressing fires may raise premiums substantially, or even render a property uninsurable, he notes. A direct and effective way of reducing the fire and environmental risk is to install a dry-type transformer. These have been proven to be safe enough to use on ships, in confined spaces inside buildings, and in areas close to human traffic.
“By offering our customers a technical solution with close to zero risk, we open the door to tangible savings from an insurance point of view,” he says. “In addition to being flame-retardant and self-extinguishing, the F1 rating that applies to our transformers also reflects that they will not emit harmful gases in the event of being affected by a fire in the vicinity.”
He adds that Trafo Power Solutions also offers a specialised assessment service to insurance companies and developers. Where these firms may not have in-house experts in electrical power systems, Trafo Power Solutions can conduct a formal assessment on current installations and apply its technical expertise to advise on future installations. “This will allow clients to achieve an appropriate, fit-for-purpose solution with high safety levels and low maintenance requirements,” says Claassen.
For more information contact Trafo Power Solutions, +27 10 824 1350, [email protected], www.trafo.co.za
Further reading:
Retrofitting for sustainability
Schneider Electric South Africa
Electrical Power & Protection
As budgets tighten and sustainability targets increase, retrofit and modernisation strategies are gaining traction across Africa, allowing organisations to upgrade only what limits performance while preserving existing infrastructure and extending asset life.
Read more...
USB-Datalogger for voltage 0 to 30 V DC
Vepac Electronics
Electrical Power & Protection
The PeakTech 5186 is a data logger for DC voltages from 0 V to 30 V with terminals on the top of the device.
Read more...
Pole-top boxes for smarter, more secure electricity networks
Electrical Power & Protection
As South Africa accelerates the rollout of smart prepaid electricity metering, innovative enclosure technology from Power Process Systems is helping utilities improve network security, reduce electricity theft and protect critical electrical infrastructure.
Read more...
Simplifying electrical design compliance
Electrical Power & Protection
Referro Systems highlights how Rockwell Automation’s Global SCCR Tool simplifies short-circuit current rating compliance for complex industrial electrical systems.
Read more...
Engineering resilience into Africa’s energy future
Electrical Power & Protection
Zutari’s managing director of water explains how Burundi’s landmark Jiji and Mulembwe hydropower projects demonstrate what resilient, climate-adapted infrastructure delivery looks like – and what this means for Africa’s energy future.
Read more...
Voltage Tester with LED-Display
Vepac Electronics
Electrical Power & Protection
The PeakTech 1094 is a reliable and robust two-pole voltage tester that has been specially developed for the safe and precise measurement of AC and DC voltages in the 12 to 400 V range.
Read more...
Schneider Electric launches circuit breaker for cost-effective LV protection
Schneider Electric South Africa
Electrical Power & Protection
Schneider Electric has launched its EasyPact CVS C4 moulded case circuit breaker in South Africa, extending the Easy series to 1 600 A and giving consultants, contractors, and end users a cost-effective solution for non-critical low-voltage applications.
Read more...
Schneider Electric launches cost-effective, high-performance LV protection
Schneider Electric South Africa
Electrical Power & Protection
Schneider Electric has launched its EasyPact NW air circuit breaker in South Africa, extending its Easy series portfolio with a cost-effective solution for non-critical low-voltage applications in commercial, industrial and residential projects.
Read more...
SF6-free switchgear brings digital intelligence to mining
Schneider Electric South Africa
Electrical Power & Protection
Combining pure-air switchgear with embedded digital intelligence helps mines cut greenhouse gas emissions, improve safety and meet sustainability targets while enabling real-time visibility into critical electrical assets.
Read more...
Turning plastic waste into clean hydrogen
Electrical Power & Protection
Researchers have developed a solar-powered process that converts plastic waste into hydrogen and useful industrial chemicals while using spent acid from vehicle batteries. The approach could help create a circular system for dealing with several challenging waste streams at the same time.
Read more...