Review of AOHi Starship 240W PD3.1 27600mAh Power Bank
ChargerLAB
[{'start': '1.360', 'end': '10.775', 'text': 'This time we get the AOHi Starship\xa0240W PD3.1 \n27600mAh Power Bank, which is full of technology.'}, {'start': '11.334', 'end': '17.831', 'text': 'With 240W\xa0high power output, smart \ndigital display, and multi-protocol compatibility,'}, {'start': '17.831', 'end': '21.305', 'text': 'it redefines\xa0 the standard of the high-performance power bank.'}, {'start': '21.896', 'end': '33.268', 'text': 'Its selling points include PD3.1 140W, 27600mAh, \nLCD smart digital display,\xa0safety and visual charging state.'}, {'start': '33.920', 'end': '36.050', 'text': 'The specs info is printed on the bottom.'}, {'start': '36.640', 'end': '38.774', 'text': 'Model is AOC-P011'}, {'start': '39.227', 'end': '42.561', 'text': 'Weight: ≈650g'}, {'start': '43.112', 'end': '47.636', 'text': 'Dimensions: 170 x 53 x 50 mm'}, {'start': '48.167', 'end': '61.834', 'text': 'The USB-C1 C2 can support input of 5V3A, \n9V3A, 12V3A, 15V3A, 20V5A, and 28V5A 140W Max'}, {'start': '62.356', 'end': '75.263', 'text': 'Both USB-C ports can output at 5V3A, 9V3A, \n12V3A, 15V3A, 20V5A, and 28V5A 140W Max'}, {'start': '75.716', 'end': '86.497', 'text': 'The USB-A supports output of 5V3A, \n9V2A, 10V2.25A, and 12V1.5A 22.5W Max'}, {'start': '87.146', 'end': '97.695', 'text': 'The maximum power output of USB-C1\xa0and C2 \nsimultaneously is 240W,\xa0which is distributed as 140W+100W.'}, {'start': '98.160', 'end': '101.855', 'text': 'The total output is 222.5W.'}, {'start': '102.327', 'end': '106.241', 'text': 'Battery Type: Li-ion，6INR22/71'}, {'start': '106.720', 'end': '118.788', 'text': 'Battery Capacity: 21.6V/4600mAh/99.36Wh\nNominal Capacity: 27600mAh (4600mAh*6pcs)'}, {'start': '119.280', 'end': '125.210', 'text': 'Rated Capacity: 16560mAh，5V3A'}, {'start': '125.859', 'end': '127.070', 'text': 'Origin: China'}, {'start': '128.467', 'end': '129.534', 'text': 'Open the box.'}, {'start': '136.960', 'end': '140.285', 'text': 'It comes with a 1-meter length dual USB-C cable.'}, {'start': '140.560', 'end': '145.650', 'text': 'The two connectors are engraved\xa0\nwith AOHi and 140W respectively.'}, {'start': '146.240', 'end': '155.407', 'text': 'ChargerLAB POWER-Z KM003C shows it supports\n an\xa0output power of 240W and is USB 2.0 compliant.'}, {'start': '155.899', 'end': '159.405', 'text': 'It features a contrasting design\xa0\nof matte black and bright yellow.'}, {'start': '159.680', 'end': '164.080', 'text': 'The transparent window on the front \nhas\xa0an LCD smart digital display inside that'}, {'start': '164.080', 'end': '168.480', 'text': 'shows the remaining power and the\xa0\ninput and output power of each port,'}, {'start': '168.480', 'end': '171.471', 'text': 'allowing users to observe the real-time status.'}, {'start': '172.160', 'end': '176.787', 'text': 'The switch button is located on the\xa0\nside, and there is also an AOHi logo.'}, {'start': '177.200', 'end': '180.368', 'text': 'There are two USB-C and one USB-A port on the top.'}, {'start': '180.880', 'end': '185.520', 'text': 'There is also a power indicator light,\xa0\nblue indicates normal charging mode,'}, {'start': '185.520', 'end': '191.034', 'text': 'yellow breathing flashing indicates fast \ncharging\xa0mode, and green indicates low current mode.'}, {'start': '191.360', 'end': '197.680', 'text': 'ChargerLAB POWER-Z KM003C \nshows\xa0that USB-C1/C2 can support UFCS,'}, {'start': '197.680', 'end': '206.147', 'text': 'QC3+, PD3.1, PPS, QC5, DCP, \nand\xa0Apple 2.4A charging protocols.'}, {'start': '206.560', 'end': '213.793', 'text': 'And it has five fixed PDOs of 5V/9V/12V/15V3A,\xa0and 20V5A.'}, {'start': '214.265', 'end': '222.211', 'text': 'It has two sets of PPS, which are 3.3-11V/5A and 3.3-21V/5A.'}, {'start': '222.782', 'end': '228.305', 'text': 'It also has\xa0a set of AVS, which is 15-28V 140W.'}, {'start': '228.895', 'end': '237.941', 'text': 'It has two sets of UFCS, which are\xa0\n5.5-11V/3A and 11-21V/3A, 63W MAX.'}, {'start': '238.512', 'end': '242.728', 'text': 'Our tester shows the USB-A port can support QC3.0,'}, {'start': '242.728', 'end': '250.000', 'text': 'FCP, SCP, AFC, SFCP, DCP, and\xa0\nApple 2.4A charging protocols.'}, {'start': '250.800', 'end': '253.326', 'text': "Now, let's take a look at its charging test."}, {'start': '253.680', 'end': '261.243', 'text': 'When using the USB-C1 port to charge the \nMacBook\xa0Pro M4 Pro, the power can reach over 130W.'}, {'start': '261.440', 'end': '268.490', 'text': 'Other laptops and game consoles only support\xa0\nPD3.0 at most, with a power of more than 90W.'}, {'start': '269.120', 'end': '273.840', 'text': 'Phones that support the PPS protocol\xa0\ncan also obtain higher charging power,'}, {'start': '273.840', 'end': '282.626', 'text': 'such as Red Magic 9S Pro+, vivo X200 Pro, etc.,\xa0\nwhile the rest are in the range of 8 to 35W.'}, {'start': '282.960', 'end': '284.189', 'text': 'Move to the USB-A.'}, {'start': '284.760', 'end': '290.266', 'text': 'The highest\xa0charging power is \nSamsung S23 Ultra, which is 14.1W.'}, {'start': '290.797', 'end': '297.166', 'text': 'The charging power of other\xa0phones can be \nroughly divided into two power ranges: 13W and 10W,'}, {'start': '297.166', 'end': '300.421', 'text': 'and the overall\xa0charging power is relatively stable.'}, {'start': '300.913', 'end': '308.762', 'text': 'When the two USB-C ports are\xa0outputting at the \nsame time, the output power of USB-C1 is 118.68W'}, {'start': '308.762', 'end': '313.212', 'text': 'and the output power of USB-C2 is 94.17W,'}, {'start': '313.440', 'end': '318.977', 'text': 'which is in line with the official\xa0\noutput allocation of 140W+100W.'}, {'start': '319.440', 'end': '325.971', 'text': 'When the three ports output at the same\xa0\ntime, the output power of USB-C1 is 93.55W,'}, {'start': '326.160', 'end': '334.592', 'text': 'the output power of USB-C2 is 85.93W,\xa0\nand the output power of USB-A is 13.46W.'}, {'start': '335.120', 'end': '341.552', 'text': 'When charging and discharging \nsimultaneously,\xa0the input power is 135.41W.'}, {'start': '342.162', 'end': '350.153', 'text': 'The output power of the USB-C1 is \n86.81W, and the\xa0output power of the USB-A is 13.5W.'}, {'start': '350.802', 'end': '355.000', 'text': "Next, we'll use an AOHi 140W charger to fully\xa0charge it."}, {'start': '355.395', 'end': '359.713', 'text': 'They will be put into a 25°C \n(77℉) thermotank throughout the test.'}, {'start': '360.303', 'end': '365.192', 'text': 'Here is the\xa0charging curve \nmade by the PC software of KM003C.'}, {'start': '365.763', 'end': '368.605', 'text': 'At first, the voltage is around 28V.'}, {'start': '369.077', 'end': '371.907', 'text': 'The\xa0charging curve can be divided into six parts.'}, {'start': '372.478', 'end': '376.660', 'text': 'The power is around 135W for the first 5\xa0minutes.'}, {'start': '377.211', 'end': '379.855', 'text': 'After that, the voltage drops to 20V.'}, {'start': '380.485', 'end': '387.103', 'text': 'Then, the power gradually drops to 97W,\xa064W, and 44W in turn.'}, {'start': '387.693', 'end': '391.775', 'text': 'It briefly rises to 64W before dropping back to 44W.'}, {'start': '392.444', 'end': '397.961', 'text': 'The\xa0final part begins at 1 hour and 44 \nminutes, and the power drops to almost zero.'}, {'start': '398.591', 'end': '401.736', 'text': 'It takes\xa02 hours and 16 minutes to be fully charged.'}, {'start': '402.366', 'end': '412.332', 'text': 'It can be charged to 50% in 48 minutes\xa0and 80% in 1 hour \nand 31 minutes, and it reaches 100% in 2 hours and 16 minutes.'}, {'start': '412.922', 'end': '415.312', 'text': 'Next, we will test its output efficiency.'}, {'start': '415.981', 'end': '423.117', 'text': 'First, let the power bank output at 5V3A 15W,\n and the output ends at 6 hours and 7\xa0minutes.'}, {'start': '423.707', 'end': '427.923', 'text': 'The actual energy released is about 79.39Wh.'}, {'start': '428.513', 'end': '433.305', 'text': 'Its efficiency when\xa0output at 15W is about 79.39/99.36=79.9%.'}, {'start': '433.758', 'end': '440.996', 'text': 'Let the power bank output at 9V3A 27W, \nand the\xa0output ends at 3 hours and 24 minutes.'}, {'start': '441.724', 'end': '445.367', 'text': 'The actual energy released is about 90.25Wh.'}, {'start': '445.938', 'end': '450.760', 'text': 'Its efficiency\xa0when output at \n27W is about 90.25/99.36=90.83%.'}, {'start': '451.272', 'end': '454.530', 'text': 'Let it output at 12V3A 36W.'}, {'start': '455.042', 'end': '461.402', 'text': 'Since AOHi has\xa0designed this power bank to limit the power when the power is below 10% to prevent over-discharge,'}, {'start': '461.402', 'end': '467.856', 'text': 'the remaining 10% of power is uniformly \ndischarged at 45W and counted into the total.'}, {'start': '468.387', 'end': '470.895', 'text': 'The output\xa0ends at 2 hours and 30 minutes.'}, {'start': '471.485', 'end': '475.310', 'text': 'The actual energy released is about 90.47Wh.'}, {'start': '475.861', 'end': '480.914', 'text': 'Its efficiency\xa0when output at \n36W is about 90.47/99.36=91.05%.'}, {'start': '481.485', 'end': '488.889', 'text': 'Let the power bank output at 15V3A 45W, \nand the\xa0output ends at 1 hour and 58 minutes.'}, {'start': '489.361', 'end': '493.365', 'text': 'The actual energy released is about 85.43Wh.'}, {'start': '493.936', 'end': '498.841', 'text': 'Its efficiency\xa0when output at \n45W is about 85.43/99.36=85.98%.'}, {'start': '499.353', 'end': '507.158', 'text': 'Let the power bank output at 20V5A\xa0100W, and the\n temperature protection is triggered and ends at 23 minutes.'}, {'start': '507.748', 'end': '511.968', 'text': 'The\xa0actual energy released is about 35.52Wh.'}, {'start': '512.518', 'end': '516.581', 'text': 'Since the test instrument used is in\xa0\nconstant current and constant voltage mode,'}, {'start': '516.581', 'end': '520.414', 'text': 'the discharge is interrupted after \nthe temperature\xa0protection is triggered,'}, {'start': '520.414', 'end': '524.750', 'text': 'and the input terminal on a laptop or \nother high-power equipment can\xa0adapt,'}, {'start': '524.750', 'end': '526.928', 'text': 'so this situation will not occur.'}, {'start': '527.381', 'end': '535.935', 'text': 'Last, let the power bank output at 28V5A\xa0140W, and the\n temperature protection is triggered and ends at 10 minutes.'}, {'start': '536.525', 'end': '540.843', 'text': 'The\xa0actual energy released is about 24.06Wh.'}, {'start': '541.315', 'end': '543.056', 'text': "Now, let's do the ripple test."}, {'start': '543.587', 'end': '545.554', 'text': 'The lower ripple means better quality.'}, {'start': '546.223', 'end': '548.924', 'text': "Firstly, let's check out its ripple without\xa0load."}, {'start': '549.495', 'end': '554.819', 'text': 'When the output is 5V 0A, the lowest ripple is around 16 mVp-p.'}, {'start': '555.153', 'end': '561.149', 'text': 'When the output is\xa015V 0A, \nthe highest ripple is around 25 mVp-p.'}, {'start': '561.798', 'end': '563.885', 'text': 'Then, move to the ripple test when\xa0loaded.'}, {'start': '564.436', 'end': '569.797', 'text': 'When the output is 28V5A, the highest ripple is 33 mVp-p.'}, {'start': '570.407', 'end': '575.844', 'text': 'When the output is 5V3A, the lowest ripple is 26 mVp-p.'}, {'start': '576.336', 'end': '578.770', 'text': 'Overall, the ripple performance is good.'}, {'start': '579.400', 'end': '582.011', 'text': 'Then, we are going to the\xa0\nmaximum temperature test.'}, {'start': '582.483', 'end': '585.797', 'text': 'We put the power bank into a 25°C\xa0(75℉) thermotank.'}, {'start': '586.388', 'end': '593.774', 'text': 'And record the maximum temperature on the front \nand back\xa0after 10 minutes under 28V5A 140W load.'}, {'start': '594.305', 'end': '600.587', 'text': 'After 10 minutes of discharge, the\xa0maximum\n temperature on the front is 51.8℃ (125.24 ℉),'}, {'start': '600.587', 'end': '603.377', 'text': 'and the heat is\xa0mainly concentrated in the middle.'}, {'start': '603.889', 'end': '608.423', 'text': 'The maximum temperature on the back\xa0is 34.7℃ (94.46 ℉).'}, {'start': '608.856', 'end': '611.875', 'text': 'The temperature on the back\n is much lower than that on the front.'}, {'start': '612.407', 'end': '614.443', 'text': 'According to the above test results,'}, {'start': '614.443', 'end': '623.616', 'text': 'the AOHi Starship 240W 27600mAh power bank \nnot only can achieve two-way 140W fast\xa0charging'}, {'start': '623.616', 'end': '625.784', 'text': 'but also has good compatibility.'}, {'start': '626.217', 'end': '633.553', 'text': "OK. That's all the test of this\xa0power bank with\n futuristic design, outstanding performance, and top-tier safety."}, {'start': '634.006', 'end': '637.666', 'text': 'Please drop a like, leave your comments, and subscribe to us.'}, {'start': '638.197', 'end': '640.168', 'text': 'See you next time. Bye.'}]