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OVERVIEW INVERT

Date post: 06-Apr-2022
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Page 1: OVERVIEW INVERT
Page 2: OVERVIEW INVERT

OVERVIEW

INVERTER

LED LIGHT SETTINGS

BATTERY LEVEL

PLUGS

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Page 3: OVERVIEW INVERT

1500WhSINGLE BATTERY CAPACITY

38.4VBATTERY VOLTAGE

CHARGING SOLAR PV = 800W

AC/DC = 500W

LED LIGHT SETTINGS 2X 3W LIGHTS

WHITE (BRIGHT)

WHITE (½ LEVEL)

RED FLASH

4 X USB-A

2X USB-C

1X CAR PORT DC

DC OUTPUTS POWER = 1500W

OUTPUT VOLTAGE = 110V

WAVE FORM = PURE SINE WAVE

AC OUTPUTS

TEMPERATURE OPERATION & STORAGE TEMPERATURE / -20˚ ~ 40˚

OPERATION HUMIDITY / 0˚ ~ 90˚

CHARGE TEMPERATURE / 0˚ ~ 40˚

DISCHARGE TEMPERATURE / -20˚ ~ 40˚*Temperature in degree Celsius

INVERTERTECHNICAL DATA

Page 4: OVERVIEW INVERT

TONNEAU COVER CORBATTERY SYSTEM ELECTRICAL SPECIFICATIONS

ITEM SPECIFICATIONS REMARK

CELL TYPE

CELL ASSEMBLY

SINGLE BATTERY CAPACITY

OUTPUT VOLTAGE

DISCHARGE CURRENT

MAX. DISCHARGE CURRENT

CHARGE CURRENT

MAX. CHARGE CURRENT

LITHIUM ION

13S11P

1534Wh (48.1/31.9 Ah)

39V ~ 54.6V

50A

60A

20A

40A

48V ~ 80V INPUT

20A (800W MAX.)

48V DC

ICR18650 3.6V 2. Ah

TOTAL 143 CELLS

EXTERNAL BATTERY 1534Wh

48V OUTPUT TO DC BUS

TO INVERTER CIRCUIT

BATTERYPACK

SOLAR MPPT CHARGERCHARGECONTROLLER

DC BUS

NET WEIGHT ESTIMATIONINVERTER 6KG / BATTERY 10KG

EXPLANATION• Inverter can be combined with any battery pack for a full function unit.• When there are external batteries in parallel, internal battery is the main DC power source to inverter.• The charging system will charge the internal battery at first and the other external battery one by one.• Battery can be charged by solar panel and AC/DC charger / adaptor.

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Page 5: OVERVIEW INVERT

TONNEAU COVER CORBATTERY SYSTEM ELECTRICAL SPECIFICATIONS

LIGHT BULB - 138 HOURS

PELLET GRILL = 26 HOURS

MICROWAVE = 2 HOURS

PORTABLE REFRIGERATOR = 61 HOURS

FULL SIZE REFRIGERATOR = 28 HOURS

WIFI ROUTER = 61 HOURS

TERRAVIS SIZING & POWER OUTPUT*

RECHARGE TIME RUNTIME

PHONE = 127 MINUTESVaries depending on phone capabilities and adapter used. Time is determined at the lowest possible voltage and can increase based on several factors. This is the case across the board. This should be stipulated.

TABLET = 51 MINUTES

LAPTOP = 31 MINUTES

DSLR CAMERA = 84 MINUTES

*The size and power output of the cover is a generalization and is based on a three-panel cover with general sizing picked to best represent the overall field of sizes. It is going from the smallest possible size to the largest. Wattage the solar cover is capable of producing ranges from the smallest to the largest and will vary for all different sizes and panel configurations. It is important to note that the smallest wattage and the highest are the benchmarks and it could vary from those two points.

Page 6: OVERVIEW INVERT

SIZING &

POWER OUTPUT

COVERS RANGE IN SIZE FROM 1350 mm -1500 mm IN WIDTH AND 1675 mm - 2500 mm IN LENGTH. CUSTOM SIZING AVAILABLE.3 HOURS TO CHARGE BATTERY UNDER OPTIMAL CONDITIONS.

SOLAR OUTPUT LOW: 260 W

SOLAR OUTPUT HIGH: 520 W

SOLAR CELL AND MODULE TOUGHNESSTerravis panels have a thick, copper foundation, allowing for the flex modules to resist power loss via cracking and corrosion.

Modules with front contact cells are more likely to lose power when bent or impacted and when exposed to corrosive environments. Terravis module materials are chosen with extensive testing to ensure a long module lifetime.

EV BATTERY CHARGING ESTIMATION WITH SOLAR TONNEAU COVERTonneau cover capacity = 650W ~ 800WIf the range of the electric vehicle = 300 milesAt least 10% of the vehicle’s battery could be charged with tonneau cover

1350 - 1500 mm

1675

- 25

00 m

m

TERRAVIS SOLAR COVER

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Page 7: OVERVIEW INVERT

SIZING &

POWER OUTPUT

525 mm 550 mm 600 mm

1440

mm

1440

mm

1440

mm

REFERENCE SIZE1350 mm wide x 1675 mm long405 watts for small size REFERENCE SIZE

1500 mm wide x 1982 mm long435 watts for mid size

REFERENCE SIZE1500 mm wide x 2435 mm long650 watts for large size

1500 mm

2435

mm

LONG BED PICK-UP

1500 mm

1982

mm

MID SIZE PICK-UP

1350 mm

1675

mm

COMPACT PICK-UP TAILGATE PANEL 135W TAILGATE PANEL 145W TAILGATE PANEL 155W

Page 8: OVERVIEW INVERT

EV BATTERY CHARGING ESTIMATION WITH

SOLAR TONNEAU COVER

MEDIUM PICK-UP BED SIZE+ 76.1 kW h BATTERY

LARGE PICK-UP BED SIZE+ 76.1 kW h BATTERY

MEDIUM PICK-UP BED SIZE+ 99.8 kW h BATTERY

LARGE PICK-UP BED SIZE+ 99.8 kW h BATTERY

TONNEAU COVER CAPACITY – 650W

EV RANGE – 300 MILE

10% OF BATTERY CHARGING WITH TONNEAU COVER TIME

CHARGING TIME(76.1kW h) / (650W) × 10% = 11.7 ≈ 12 hrs

10 % OF RANGE (≈30 MILE) IN 12 HOURS

In 6 hours of charging with 650W Tonneau Cover approximately 15 mile (≈24 km ) range is achievable.

TONNEAU COVER CAPACITY – 800W

EV RANGE – 300 MILE

10% OF BATTERY CHARGING WITH TONNEAU COVER TIME

CHARGING TIME(76.1kW h) / (800W) × 10% = 9.5 ≈ 10 hrs

10 % OF RANGE (≈30 MILE) IN 10 HOURS

In 6 hours of charging with 800W Tonneau Cover approximately 18 mile (≈24 km ) range is achievable.

TONNEAU COVER CAPACITY – 650W

EV RANGE – 300 MILE

10% OF BATTERY CHARGING WITH TONNEAU COVER TIME

CHARGING TIME(99.8kW h) / (650W) × 10% = 15.5 hrs

10 % OF RANGE (≈30 MILE) IN 15.5 HOURS

In 6 hours of charging with 650W Tonneau Cover approximately 11.6 mile (≈18.6 km ) range is achievable.

TONNEAU COVER CAPACITY – 800W

EV RANGE – 300 MILE

10% OF BATTERY CHARGING WITH TONNEAU COVER TIME

CHARGING TIME(99.8kW h) / (800W) × 10% = 12.5 hrs

10 % OF RANGE (≈30 MILE) IN 12 HOURS

In 6 hours of charging with 800W Tonneau Cover approximately 15 mile (≈24 km ) range is achievable.

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