Conventional　high-power　wireless　power　transfer　(WPT)　systems　that　are　required　to　deliver　power　over　a　wide　operating　range　suffer　from　issues　like　hard　switching,　poor　current　sharing,　and　unwanted　cross-coupling　issues.　This　article　proposes　a　new　resonant　inductor　integrated-transformer-based　multi-inverter　to　improve　the　WPT　power　rating　without　compromising　performance.　Viable　modulation　schemes　of　the　proposed　system　are　analyzed,　and　a　hybrid　modulation　scheme　is　proposed　for　wide-range　power　regulation.　To　further　investigate　the　feasibility　of　the　proposed　system,　the　power　transfer　capacity,　current　sharing　among　multiple　inverters,　and　the　soft　switching　regions　are　studied.　A　14-kW　LCC-LCC　WPT　experimental　system　with　three　parallel　inverters　is　built,　which　achieves　93.5%　efficiency,　demonstrating　the　high　performance　of　the　proposed　system.　This　article　is　accompanied　by　a　video　demonstrating　these　experiments.