SINEXCEL
UNINTERRUPTED POWER SUPPLY
Reliable is essential
Energy saving is the breakthrough upgrading application
SINEXCEL UNINTERRUPTED POWER SUPPLY
The quality of the electricity, the stability of the power systems, the efficiency of the electrical equipment are inextricably linked our daily life.
Sinexcel devotes to power quality industry since year 2007, we concentrate on finer points, commit to high efficiency solutions of power quality.
This time, Sinexcel is coming with high efficiency Uninterrupted Power Supply, starting the new era of UPS solutions
Sinexcel devotes to power quality industry since year 2007, we concentrate on finer points, commit to high efficiency solutions of power quality.
This time, Sinexcel is coming with high efficiency Uninterrupted Power Supply, starting the new era of UPS solutions
ADVANCED ECO MODE
NEW ERA OF UPS
Sinexcel Approved Advanced ECO Mode
99% high efficiency, power saving: 105120kWH/Year
(99% compared to 95%)
ADVANCED ECO MODE
2MS SUPERFAST SWITCHING TIME
In the events of power failure,
UPS can switch to online mode within 2ms to ensure the full power supply support
GREAT INNOVATIONS TO ACHIEVE
2MS FAST SWITCHING ADVANCED ECO MODE
97% HIGH EFFICIENCY ON-LINE MODE
From the components selection to circuit design, we are striving to obtain a more efficient and stable UPS solution.
INFINEON FIFTH GENERATION LOW-LOSS TECHNOLOGY IGBT
Adopt infineon Trenchstop TM H5 series IGBT, the best performance 650 V single-tube IGBT on the market.
Compared to Infineon third generation H3 series IGBT, the turn-on loss Eon and turn-off loss Eoff are reduced by half
1200V SIC SCHOTTKY DIODE TO REDUCE HARDWARE LOSS
Sic (Silicon carbon) is the third generation power
conversion technology
Compared to Si Schottky diode, Sic Schottky diode has very small turn-on voltage VF, resulting in much smaller switching loss, close to zero loss.
The reverse recovery time of Sic diode is extremely short, effectively reduce the turn-on loss of switching components and current impact, obtain higher system efficiency and power density, reduce the heat dissipation requirements and EMI impact
OPTIMIZED VIENNA RECTIFIER DESIGN + INTERLEAVED PARALLEL TECHNOLOGY TO REDUCE LOSS
INDUCTOR VERTICAL WINDING DESIGN
Inductor core flat winding
compared to traditional inductor winding, enlarging the air contact area of the flat winding, enhance the heat dissipation capability of the inductor, less heat loss
MODULAR DESIGN
Fully modularized design，50~2400KVA flexible configuration
Advance UPS
Single Phase
Advance UPS
Three Phase Small Capacity
