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Solar Hybrid Inverter

  • 10KW Solar Inverter
  • 10KW Solar Inverter
  • 10KW Solar Inverter
  • 10KW Solar Inverter
  • 10KW Solar Inverter
  • 10KW Solar Inverter
  • 10KW Solar Inverter
10KW Solar Inverter10KW Solar Inverter10KW Solar Inverter10KW Solar Inverter10KW Solar Inverter10KW Solar Inverter10KW Solar Inverter

10KW Solar Inverter

  • Model No.: TDS Series
  • Rated Power: 7~10KW
  • DC Input: 48VDC AC Output: 110/120/220/230VAC(optional) Output Frequency: 50/60Hz Automatic Recognition
  • Inbuilt MPPT Solar Charger: 100~120A; Inbuilt AC battery charger: 20A
  • Product description: TDS series 10kW Solar Inverters from One Solar are designed for charging batteries and power utilization. It can be used in combination with photovoltaic systems or stand-alone grids to provide stable
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Product details of 10kw solar inverter



Introduction of 10kw solar inverter

10kw solar systems are becoming more and more popular as people look for ways to reduce their reliance on fossil fuels. A 10kw system should be able to power most homes, depending on the size and layout of the property. In this article, we take a look at some of the benefits of using solar energy to power a home, as well as some of the drawbacks that should be considered.


If you are considering installing a 10kw solar system, it is important to do your research and talk to a professional to find out if it is the right choice for you. Solar energy is a great way to power a home, but it is not right for everyone. Make sure that you understand the pros and cons of solar energy before making a decision.


10kw solar systems are becoming more and more popular as people look for ways to reduce their reliance on fossil fuels.

A 10kw solar system can provide a lot of benefits for a homeowner. For one, it can help reduce reliance on fossil fuels, which in turn helps reduce greenhouse gas emissions. Solar energy is also a renewable source of power, so it's environmentally friendly and sustainable.


Another benefit of using solar energy is that it's a cost-effective way to power your home. Solar panels can last for 20 years or more, so once you've installed them, you won't have to worry about increasing energy costs. In addition, solar energy is free - you'll just need to pay for the initial cost of installation.


However, there are also some drawbacks that should be considered when deciding whether or not to install a 10kw solar system. One is that solar panels can be expensive, so you'll need to make sure you have the upfront capital to invest in them. Another potential issue is that solar panels require a lot of maintenance, so you'll need to be prepared to clean and monitor them on a regular basis.


Overall, 10kw solar systems can be a great way to power your home and help the environment. However, it's important to weigh the pros and cons before making a final decision. Solar panels can be expensive and require maintenance, but they offer clean, renewable energy that can save you money in the long run.


A 10kw system should be able to power most homes, depending on the size and layout of the property.

When it comes to powering your home with solar energy, a 10kw system is a good place to start. This will be enough to power most homes, depending on the size and layout of the property. Of course, there are some benefits and drawbacks that should be considered before making the switch to solar power.


On the one hand, solar power is a clean and renewable source of energy. This means that it won’t pollute the environment and will help to reduce your carbon footprint. Solar power is also relatively low maintenance, as there are no moving parts that can break down.


On the other hand, solar power can be expensive to set up initially. And, in some cases, the weather can impact the amount of power that your system is able to generate.


If you’re considering making the switch to solar power, a 10kw system is a great place to start. Just be sure to weigh up the pros and cons before making any decisions.


Conclusion


10kw solar systems are becoming more and more popular as people look for ways to reduce their reliance on fossil fuels. A 10kw solar system should be able to power most homes, depending on the size and layout of the property.


Solar energy is a great way to power a home, but it is not right for everyone. Make sure that you understand the pros and cons of solar energy before making a decision. A 10kw solar system can provide a lot of benefits for a homeowner. For one, it can help reduce reliance on fossil fuels, which in turn helps reduce greenhouse gas emissions. Solar energy is also a renewable source of power, so it's environmentally friendly and sustainable.



Video Preview of ONE SOLAR 10kw solar inverter application



Various products of ONE SOLAR


Parameter of 10kw solar inverter

Product TDS Seires 7~10kw solar inverter
Model TDS-702 TDS-103
Capacity Rated Power 7000W 10000W
Peak Power 21000W 30000W
Input Battery voltage 48V / 96V

DC input voltage

42-60VDC(48V) / 84-120VDC(96V)

AC Mains

input range

170-275VAC (220/230/240VAC) ±4%

70-150VAC (110/120/130VAC) ±4%

AC input

frequency

50Hz: 45-65Hz / 60Hz: 55-65Hz, ±0.5Hz

(50Hz/60Hz automatic recognition)

Protection

Low voltage

and restore

≤42VDC(48V) / ≤84VDC (96V) alarm

≤40VDC(48V) / ≤80VDC (96V) automatic shutdown

Low voltage protection & restore value are programmable:

40-60VDC (48V) / 80-120VDC (96V)

High voltage

≥60VDC (48V) / ≥120VDC (96V) alarm

≥68VDC (48V) / ≥136VDC (96V) automatic shutdown

Overload 110%<loading<150%, shutdown after 20s alarm

High

temperature

Built-in temperature real time sensor

≥85℃ alarm, ≥90℃ automatic shutdown

Short circuit Automatic shutdown
Output Transfer Efficiency ≥85%
Output voltage

(DC battery mode) 220/230/240VAC ±3%

(DC battery mode) 110/120/130VAC ±3%

Output Frequency (DC battery mode) 60/50Hz ±1%
Output Wave form Pure sine wave
Output voltage

 (AC mains mode) stable 220/230/240VAC ±10% output 

(AC mains mode) stable 110/120/130VAC ±10% output

(built-in AVR regulator)

AVR output

regulator

For 220VAC output:

AC mains<170VAC±5% switch to DC battery mode, 

AC mains>180VAC±5% returns to AC mains mode.

For 110VAC output:

AC mains<80VAC±5% switch to DC battery mode, 

AC mains>90VAC±5% returns to AC mains mode.

For 220VAC output:

AC mains>275VAC±5% switch to DC battery mode, 

AC mains<255VAC ±5% return to AC mains mode.

For 110VAC output:

AC mains<80VAC±5% switch to DC battery mode, 

AC mains>90VAC ±5% return to AC mains mode.

The above is for output 220VAC/110VAC system reference, 

for 230VAC/240VAC, 120VAC/130VAC output

just multiply by percentage.

Output frequency (AC mains mode) automatic tracing from AC input
Other Transfer time inbuilt AC bypass replay (≤5ms)
Display LED Indicator, LCD Display with functional buttons
Cooling system

Intelligent fan cooling control syste

≤42℃ slow fan, ≥45℃ fast fan

Communication

RS-485 port(default)

WIFI module connectable

Inbuilt

AC

Battery

Charger

4 battery types

selectable

SLA / AGM / Gel / Lithium Battery & Customized

Deep sulphation cycle 15.5 for 4 hours

Charging Voltage 54.4-56.8VDC (48V) / 108.8-113.6VDC (96V)
Charging current 20A steady
3 Stages charging Boost charging, direct charging, float charging

Over charge

protection

Battery voltage ≧64VDC (48V) ≧128VDC (96V), 

stop charging after 60s alarm

Inbuilt

MPPT

Solar

Charger

Controller

Charge current MPPT 100A / 120A
Max. PV input 150VDC (48V) / 200VDC (96V)

Max. PV

array power

Battery Voltage 100A 120A
48VDC 5600W 6800W
96VDC 11200W 14400W
Charging Efficiency >96.5%

Temperature protection

90℃
No load current <5mA

Charge circuit drop

≤0.2V

Discharge circuit drop

≤0.15V

Over charge protection

68V (48V) / 136V (96V) stop charging
Boost charging 58.4V (48V) / 116.8V (96V) Duration: 30mins
Direct charging 57.6V (48V) / 115.2V (96V) Duration: 30mins
Float charging 54.4V(48V) / 108.8V (96V) until reach charging recovery voltage
Charge recovery 55.2V (48V) / 110.4V (96V)

Over discharge

recovery

50V (48V) / 100V (96V)
Low voltage 42V (48V) / 84V (96V) alarm
Over discharge 40V (48V) / 80V (96V) automatic shutdown

Temperature

compensation

-3mV/℃ (Boost charging, Direct charging, 

float charging and charging recover voltage compensation)

Control method MPPT smart charging, maximum power point tracking
Temperature -20~+75℃

Circuit

protection

Over charging, over discharging, overload and short circuit
Anti-reverse connection protection for solar panel

All protections are harmless to any parts and fuse of controller; 

fuse is only for ultimate protection.

Working

Mode

(Optional)

01
Line priority mode

Always use AC mains as priority input to provide AC output 

and automatically charge the battery, 

only stops charging when battery is fully charged, 

and only starts DC to AC converting until AC mains is off

02
Battery priority mode

Always use DC battery as priority input to provide AC output, 

for 48V system, when battery≥52V, starts DC to AC converting; 

when battery≤42V during converting, 

switch to AC mains mode to provide AC output 

and automatically start charging the battery 

(for 96V system, multiply by 2 times accordingly)

03
ECO mode

Loading≤10% automatic shutdown, 

loading≥11%-100% automatic turn on during converting

04
Generator mode

The inverter can suit the unstable AC output frequency

from the generator

05
Unattended mode

After setting low DC input voltage protection value 

and low DC input voltage restore value, 

the inverter can automatically shut down at the set value, 

and automatically restore when the DC input voltage matches 

the set restore value, no need to manually restart

Working

Condition

Temperature -20~+75℃
Humidity <95%

Physical

and

Packing

Packing size 640*400*820 mm
Gross Weight 80 kg 85 kg
Quantity / Carton 1 set / wooden case
* Product specifications are subject to change without further notice

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Contact: Mr. Henry Lee

Phone: +86 189 2951 5494

Tel: +86 757 8258 0189

Company: Foshan Top One Power Technology Co., Ltd

Add: 4th Floor, Bldg. 6, No. 125 Zhangchayi Road, Chancheng District, Foshan City, Guangdong, China

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