Is the power loss and heat development via through surface charging higher than for built in chargers (like ARC80, ARC-G) where phones are put directly onto the charger?
Heat development with ARC-H LD is far less than built-in chargers because the phone is not in direct contact with the charger. This benefits the phone battery life by minimising the amount by which the phone battery heats up. Furthermore, the Resonant Pad of ARC-H LD makes it up to 20% more efficient (ie: loses less heat) than either built-in or other through surface chargers, because it reconcentrates the magnetic field on the phone.
Do you need more information?
Our expert team are ready to answer anyother questions that you may have.
Looking for something else?
USB-C: The future of charging technology
USB-C: The Future of Charging Technology European Law Accelerates USB-C Adoption. what does it mean for charging infrastructure? technology // The Future of Charging Technology

AC v DC power. What’s the difference?
AC & DC WHAT’S THE DIFFERENCE? insights IN THIS ARTICLE what is DC power? what is AC power? examples download PDF guide

QIKPAC CHARGING CART
qikpac charging cart PORTABLE CHARGING Previous Next Features • Auto-start/stop charge cycle • 12 or 24 charging shoes • Casters for portability inquire now see

QF15 TUF A+C 30W
QF15 TUF A+C 30W USB MODULE Previous Next Features • up to 30W of power • part of the QIKFIT system • internal overload protection inquire now

Clerkenwell Design Week 2023 – Review
clerkenwell design week what’s trending in the design community? all news In this article What is Clerkenwell Design Week? What’s Trending? Sustainability

OE London Showroom – Case Study
CASE STUDY OE Showroom London Nominated finalist for Mixology23 Project of the Year, in the category Workplace Interiors Sub5k sq ft, 3equals1 Design and OE