浏览分类
EMMPT48 series MPPT solar charge controller
The Explorer-NS series MPPT solar charge controlle
MPPT solar charge controller eSmart4
EXPLORER-M MPPT Solar Smart Digital Controller
EXPLORER MPPT太阳能智能数字控制器
RUNNER MPPT太阳能智能数字控制器
GALAXY大功率系列MPPT太阳能控制器
MARS户外系列 MPPT太阳能控制器
eSMART系列MPPT太阳能控制器
MASTER系列MPPT太阳能控制器
配件
(已下架)WISER系列MPPT太阳能控制器
(已下架)变频器SP系列350W-20000W
(已下架)
(已下架)I-Panda SPC系列变频器
认证
联系我们
电话:+ 86-755-23091101&+ 86-755-23091100  
传真:+ 86-755-23091102   
信息:info@ipandee.com
地址:深圳市龙岗区南湾街道布澜路31号李朗软件园A2栋2楼
中国邮政编码:518000
现在联系
跟着我们
  • 为什么逆变器的启动电压比最低电压高?

    在光伏并网逆变器中,有一个参数比较奇怪,那就是逆变器输入启动电压。 这个电压比最低工作电压要高30V左右,如单相逆变器,MPPT工作电压是70V到5...
  • 怎么解决光伏逆变器交流过压问题?

    现在光伏并网发电越来越普及,寻常的百姓家也能实时见到光伏电站的身影了。然而,对老百姓来讲,对光伏并网系统尤其是并网逆变器仍然没有像对电视...
  • 改进的正弦波和纯正弦波逆变器之间的区别

    本文介绍改进的正弦波和纯正弦波逆变器之间的区别 ModifiedSine纯波:最常见的通用逆变器可用于“修正正弦波”多种类型,与纯正弦波模型相比,通...
  • 全球十大光伏逆变器企业

    逆变器又称电源调整器,根据逆变器在光伏发电系统中的用途可分为独立型电源用和并网用二种。根据波形调制方式又可分为方波逆变器、阶梯波逆变器、...
  • 电网停电时逆变器为什么要停止工作?

    有些人在安装光伏系统时,会抱着一种“即使电网停电,如果有太阳,自己家也能用上电”的心态,现实情况是,电网停电时,自己家的光伏发电系统只会...
  • MPPT功能和不带MPPT功能的太阳能逆变器有什么区别?

    MPPT控制器利用最大功率点跟踪技术从太阳能阵列中提取最大的功率为蓄电池充电。最大功率点跟踪方式完全自动,不需要用户调整。在阵列最大功率点随...
  • 欧洲首家废弃光伏板回收工厂

    太阳能电池板的使用寿命为20年至30年。随着前几年全球太阳能制造业的大量生产,若干年后,全世界将掀起一波光伏板的“报废潮”,到2050年甚至会达...
  • 科学家发现沙子可造太阳能电池硅材料

    据日本共同社11月6日报导,日本东京大学客座教授鲤沼秀臣等人与阿尔及利亚奥兰科学技能大学打开共同研究,发现可以用沙漠的沙子低价制作太阳能电...
  • 国内储能市场竞争格局

    储能作为一个新式的市场,为我国数量很多的电池厂商和逆变器厂商带来了拓展新事务、改动原有事务职业地位的时机。 2018年以来,快速开展的我国储...
  • 葡萄牙2050年将实现100%可再生能源供电

    葡萄牙环境和能源转型部长Jo?oPedroMatos Fernandes日前透露,葡萄牙将到2050年实现碳中和目标,即到2050年,葡萄牙将通过可再生能源覆盖其电力总...
你的职位: 首页 > 类别 > (已下架)I-Panda SPC系列变频器 > I-P-SPC China factory DC AC Power Controller 10000W
I-P-SPC China factory DC AC Power Controller 10000WI-P-SPC China factory DC AC Power Controller 10000W

I-P-SPC China factory DC AC Power Controller 10000W

  • Component
  • 1)High quality low frequency pure sine wave inverter(with utility charge   
  • function and UPS function)
  • 2)Built-in PWM solar power charge controller
  • Application
  • 1)Off-grid solar power system
  • 2)solar power system with utility power as a complementary
Features 
1) Easy to install. To configure a solar system, customers only need to connect it with solar panels and batteries. 
2)CPU management and control,modular design 
3)LCD display,can visually display various parameters(such as the output voltage, frequency, working mode, etc). 
4)Multifunction design,customers don’t need to buy solar, controller, charger and stabilizer,etc. 
5) External battery connection, convenient to expand back-up power time; user can connect as many batteries as needed according to the local sunlight and wind. 
6)With super load-carrying ability and high load capacity, this series of  inverters can not only drive resistance load; but also various kinds of inductive loads, such as motor, air conditioner, electric drills, fluorescent lamp, gas lamp, etc. It can drive almost any kinds of load. 
7)Low frequency pure sine wave circuit design, good system stability, easy for maintenance, low failure rate and long service life (under proper operation, it may be as long as 5 years). 
8) Perfect protection: low voltage protection, over voltage protection, overheat protection, short-circuit protection, overloads protection. 
9) CE / EMC / LVD/ RoHS /CCC approvals. 
10) 2 years warranty, life-long technical supports. 

Function 
1. Sole inversion function under inversion mode(only connected to battery, can be set to normal working mode and sleep 
1.1 Normal working mode:FREQUENCY in the LCD display is set as 01. No matter whether there are AC loads connected to the inverter or not, the inverter’s output terminal will always have voltage ready to supply power to the loads. Under this mode, the LCD will be displayed as bellow: 

1.2  Sleep mode:FREQUENCY in the LCD display is set as 02. If the power of the loads that connected to the inverter is lower than 5% of the inverter’s rated power, there will be no output from the inverter. That is to say, only the chip of inverter is working under such condition and the power consumption is only 1-6W; If the power of the loads that connected to the inverter is higher than 5% of the inverter’s rated power, then the inverter will automatically start the inversion function and supply power to the loads within 5s. As shown below: 
System introduction under this mode: 

1) Only the solar panel charges the battery 
2) Independent sole off-grid solar power system; suitable for areas that are      lack of utility or have rich solar energy 
2. UPS function under utility mode(connected to battery and utility .Can be set as utility first, battery standby mode and battery first, utility standby mode. 
2.1. Utility first, battery standby UPS mode: FREQUENCY in the LCD display is set as 01. When both utility and battery are connected to the inverter, utility will supply power to the loads prior to the battery. When utility is cut off, the battery will automatically continue to supply power after inversion. 
   
Steps are as follows: 
Step 1: When utility power is available, it will output directly after voltage being stabilized and charge batteries at the same time. 
Step 2: When utility power is cut off suddenly, the inverter will convert DC power to AC power automatically to ensure uninterrupted power supply within 5ms. 
Step 3: When utility power becomes available again, it will automatically transfer to utility supplying power to loads and charge batteries at the same time. 

See Workflow as below. 

LCD displayed as bellow: 
System introduction under this mode: 
1) There are 2 ways to charge the battery, utility and solar panel 
2) This system is suitable for power systems built in areas lacking utility or power systems that frequently used in areas with/without utility 
2.2. Battery first, utility standby UPS mode: FREQUENCY in the LCD display is set as 03.  When both utility and battery are connected to the inverter, 

battery will supply power to the loads prior to utility. When battery capacity is not enough, utility will continue to supply power automatically. 
Steps are as follows: 
Step 1: When battery has enough power, it will supply power to the loads directly 
Step 2: When battery does not have enough power, it will automatically transfer to utility supplying power to the loads 
Step 3: After the battery is fully charged (e.g. by solar or wind charge controller), it will then automatically transfer to battery supplying power to the loads. 

See Workflow as below. 
LCD displayed as bellow: 
System introduction under this mode: 
1) There is only way to charge the battery: solar panel 
2) This system is suitable for areas where electricity is expensive and e 
nvironmental areas where solar power can be fully used to save utiliypower, such as family solar&wind system and streetlight solar&wind system 


Parameter

           Mode                                   

15KVA

Rated Output Capacity

10KW

Peak Power

20KW

Battery Voltage(DC)

 96V

PWM Solar Controller

Voltage

 96V

Current

50A

PV Max Input Voltage

200V

Size W×D×H(mm)

420*260*605

Packing Size W×D×H(mm)

440*280*625

Net Weight (kg)

85

Gross Weight (kg)

95

General Parameter

Working Mode (Setting)

1

Utility First, Battery Standby

2

Sleep Mode,no utility,load’s power higher than 5% of rated power, start to work automatically

3

Battery first, utility standby

AC Input

Voltage

220V±35% or 110V+35%(Optional)

Frequency

50Hz±3% or 60Hz±3% (Optional)

AC Output

Voltage

220V±3% or 230V±3 or240V±3% or 100V±3% or 110V±3% (Optional)

Frequency

50Hz±0.5 or 60Hz±0.5 (Optional)

Utility charge

AC Charge Current

0~15A

Charge Time

Depend on battery capacity and quantity

Battery Protection

Automatic detection, Charge and discharge protection,Intelligent Management

PV Charge

Total Current of PV Input Should Be Less Than Rated Current

Display

Display Mode

LCD+LED

Display Information

Input voltage,output voltage,output frequency,battery capacity,Load condition,Status Information

Output Wave Type

Pure sine wave output,waveform distortion rate≤3

Overload Ability

>120% 1 min,>130% 10s

Power Consumption

Sleep Mode

1~6W

Normal Mode

1~3A

Conversion Efficiency

80%~90%

Transfer Time

<5ms (AC to DC / DC to AC)

Protection

Overload output,short-circuit,high-voltage input,low-voltage input,overheat

Environment

Temperature

-10℃~50℃

Humidity

10%~90%

Altitude

≤4000m


The above parameters with “or” means that the parameter needs to do  factory settings as per customer’s preference. 
The controller information above is our company’s standard parameter and can be changed according to customer’s requirement. 
We have our own professional inverter controller and UPS R&D team and we provide technical support and OEM service. 

Connection Diagram 
Others 

Please refer to the outline design, technical documents, product brochures, etc. 
Made by Engineering Department, May 5, 2014, 1st Edition.

深圳市爱庞德新能源科技有限公司

电话:+86-15002089033

联络人:Zoe

PDF展示:PDF.

发送询问
captcha
https://kefu5.cckefucloud.com/vclient/chat/?websiteid=p9rjd9g58z6e70x5e6vpx31vpm2kwyb4&wc=39157e7a&clerkid=906266