English en
中文 (中国) 中文 (中国)
Consult Now

Single-Phase Energy Storage Inverter

HP1-1K5/3K/3K6/5K/6KS2
HP1-1K5/3KL2

The LIVOLTEK HP1-3~6 kW S2 series single-phase energy storage inverter delivers exceptional versatility and high-quality performance, elevating residential and commercial energy management. Its flexible design seamlessly integrates with existing PV systems, ensuring efficient energy conversion. It supports generator energy storage and allows multiple battery parallel expansion to easily meet growing storage demands. As a future-ready energy solution, the HP1-3~6 kW S2 series is equipped with advanced features for a smarter and more convenient energy management experience.

Datasheet

High Efficiency Generation, Flexible Expansion

  • Max charge/discharge current up to 125 A
  • Supports DC input over-sizing up to 200%, PV current up to 18 A
  • Up to 10 units in parallel, supports grid-tied and off-grid operation

Safe, Reliable, and Rock-Solid

  • Seamless switching: backup transfer time < 10 ms, UPS-level performance
  • 200% overload capability for 10 seconds
  • IP66 rating, dustproof and waterproof

Multi-Scenario Application, Flexible Adaptation

  • AC coupling for retrofitting existing PV systems
  • Supports storing energy from diesel generators

Smart and User-Friendly, Simple and Convenient Operation

  • Color touch LCD screen with auxiliary function buttons
  • Supports 6 adjustable charge/discharge time periods

Single-Phase Energy Storage Inverter

HP1-1K5S2
Max. PV Input Power3000 Wp
MPPT Voltage Range60-500 V
Max. PV Current18 A
Rated AC Power1500 W
Rated AC VoltageL/N/PE, 220/230/240 V
Max. AC Current7.5 A
Rated EPS Power1500 W
Max. Efficiency97.60%
Battery TypeLithium-ion (Li-ion)
Dimensions (W*H*D)480*342*190 mm

Single-Phase Energy Storage Inverter

HP1-3KS2
Max. PV Input Power6000 Wp
MPPT Voltage Range60-500 V
Max. PV Current18/18 A
Rated AC Power3000 W
Rated AC VoltageL/N/PE, 220/230/240 V
Max. AC Current15.0 A
Rated EPS Power3000 W
Max. Efficiency97.60%
Battery TypeLithium-ion (Li-ion)
Dimensions (W*H*D)480*342*190 mm

Single-Phase Energy Storage Inverter

HP1-3K6S2
Maximum PV Input Power7200 Wp
MPPT Voltage Range60-500 V
Maximum PV Current18/18 A
Rated AC Power3680 W
Rated AC VoltageL/N/PE, 220/230/240 V
Maximum AC Current18.4 A
Rated EPS Power3680 W
Maximum Efficiency97.60%
Battery TypeLithium-ion (Li-ion)
Dimensions (W*H*D)480*342*190 mm

Single-Phase Energy Storage Inverter

HP1-5KS2
Maximum PV Input Power10000 Wp
MPPT Voltage Range60-500 V
Maximum PV Current18/18 A
Rated AC Power5000 W
Rated AC VoltageL/N/PE, 220/230/240 V
Maximum AC Current25.0 A
Rated EPS Power5000 W
Maximum Efficiency97.60%
Battery TypeLithium-ion (Li-ion)
Dimensions (W*H*D)480*342*190 mm

Single-Phase Energy Storage Inverter

HP1-5KS2C
Maximum PV Input Power10000 Wp
MPPT Voltage Range60-500 V
Maximum PV Current18/18 A
Rated AC Power5000 W
Rated AC VoltageL/N/PE, 220/230/240 V
Maximum AC Current22.8 A
Rated EPS Power5000 W
Maximum Efficiency97.60%
Battery TypeLithium-ion (Li-ion)
Dimensions (W*H*D)480*342*190 mm

Single-Phase Energy Storage Inverter

HP1-6KS2
Maximum PV Input Power12000 Wp
MPPT Voltage Range60-500 V
Maximum PV Current18/18 A
Rated AC Power6000 W
Rated AC VoltageL/N/PE, 220/230/240 V
Maximum AC Current30.0 A
Rated EPS Power6000 W
Maximum Efficiency97.60%
Battery TypeLithium-ion (Li-ion)
Dimensions (W*H*D)480*342*190 mm

Related Products

Search

Powered by  GDPR Cookie Compliance
How Hexing Electrical Uses Cookies and Similar Technologies

To ensure the normal operation of the website, we sometimes store small data files called cookies on computers or mobile devices. A cookie is a plain text file stored on a computer or mobile device by a web server. The content of a cookie can only be retrieved or read by the server that created it. Each cookie is unique to your web browser or mobile application. Cookies typically contain identifiers, site names, and some numbers and characters. With the help of cookies, websites can store data such as user preferences or items in a shopping cart.

The purpose of Hexing Electrical enabling cookies is the same as that of most websites or internet service providers, which is to improve the user experience. With the help of cookies, websites can remember a user’s single visit (using session cookies) or multiple visits (using persistent cookies). With the help of cookies, websites can save settings such as language, font size, and other browsing preferences for a computer or mobile device. This means that users do not need to reconfigure their preferences each time they visit. If a website does not use cookies, it will treat the user as a new visitor every time they open a webpage. For example, if you log into a website and then go to another page, the website will not recognize you, and you will be logged out again. Hexing Electrical does not use cookies for any purpose other than those described in this policy. You can manage or delete cookies according to your preferences. For more details, please see AboutCookies.org. You can clear all cookies saved on your computer, and most web browsers have the function to block cookies. However, if you do this, you will need to change your user settings manually each time you visit our website. For more information on how to change browser settings, please visit the relevant help page of your browser.

In addition to cookies, we also use other similar technologies such as web beacons and pixel tags on our website. For example, emails sent to you by Hexing Electric may contain click URLs that link to content on the Hexing Electric website. If you click on such a link, Hexing Electric will track that click to help us understand your product and service preferences and improve customer service. A web beacon is typically a transparent image embedded in a website or email. With the help of pixel tags in emails, we can determine whether an email has been opened. If you do not wish your activity to be tracked in this way, you can unsubscribe from Hexing Electric’s mailing list at any time.

Your use of our website means you agree to the use of cookies, web beacons, and pixel tags as described above.