Golden Solar! Advance Power! Green Life!
Reliable, efficient, flexible and easy to use
This UPS solution designed to meet the needs of SMEs with low investment costs, sustainable operating cost savings, high reliability, and fast and flexible adaptation.
Advantage
Double IGBT technical, input PFC>0.99, THDI<3%.
Efficiency up to 96.5% with three-level technology.
Big charger power up to 15% of total power.
Intelligent LCD screen support 12 languages, such as English, Russian, Spanish, French, Korean, Italy, Turkish.
The internal air channel is designed in such a way that internal hot air drives directly towards the heat sink, without distressing the PCBs and other internal sensitive circuits.
High-frequency UPS for small and medium-sized applications, with the best flexibility and reliability in the industry
Efficient power protection solutions optimize your initial investment and late operating costs. Our latest ECO Mode is more than 99.1% efficient, while Online Mode is 96.5% efficient. Flexible UPS configurations help customers devel op the ideal solution to help businesses achieve superior performance at lower total operating costs and meet stringent service agreement requirements.
Reliability is a core advantage of this UPS, with a robust architecture that can easily handle input failures, load failures, transient overload, and input power interference for use in light industrial production environments.
High efficiency system
Improving energy efficiency has become a common demand in all walks of life. so many manufacturers have timely introduced efficient UPS system. However, they ignore load efficiency under ordinary working conditions.
In most cases, the efficiency declared by UPS manufacturers is the data under full load, but in fact the system rarely runs at full load. By comparing efficiency, you can accurately predict operating costs. This is a unique feature of the UPS.
It can continuously achieve more than 99% efficiency in ECO mode. And the efficiency is still the same in the parallel configuration. There is no need to install external accessories. So it can save high initial year With industry-leading, efficient technology, it minimizes emissions and helps data centers meet industry environmental and efficiency standards.
Flexible configuration and easy maintenance
Easy maintenance
Modular design for more flexible replacement
Minimal installation space
Unit-level maintenance
DC capacitor, AC capacitor module can be replaced independently
Component-level Protection
One power unit per phase to prevent failure expansion.
IGBT and driver board adopt electromagnetic shielding to enhance protection and improve reliability.
High reliability
This UPS is designed to maximize the safety and reliability of power supplies and leverage industry experience and expertise to achieve UPS solutions with high MTBF and low MTTR through a comprehensive service design.
The charger power of this UPS can reach 15% of the rated power of the UPS. Even if the battery backup capacity is large, the sufficient charging power can be guaranteed.
The reliability of UPS is determined by many factors. But the most important thing is that it uses a solid internal architecture design which can flow the hot air generated by it only through the heat sink without affecting the PCB and other internal sensitive circuits. This function extends device life, prevents premature failure and achieves highest reliability.
Maintainability
Although there are many repair companies that can provide basic repair and maintenance services, the services provided by SOPOWER can take critical maintenance activities to a new level: proactive maintenance, which can greatly extend the life of the power supply system.
Customer monitoring interface
Combine intelligent and intuitive interfaces, system monitoring, and DCIM solutions to infrastructure in the best performance from the start to finish.
Human-computer interface: An information-rich LCD interface, equipped with user-friendly graphics display, to help customers achieve comprehensive monitoring, effectively reduce human error.
Provides a single-line operating chart with clear system conditions.
Hardware interface: Support for multiple communication protocols for UPS monitoring: UPS and building monitoring and automation systems can be integrated into one-body via MODBUS RTU MODBUS/TCP protocol, support dry contact communication.
Output 380V/400V415VAC
Model | Standard Unit | H10K3 | H20K3 | H30K3 | H40K3 | |||||
Long Run Unit | H10K3-XL | H20K3-XL | H30K3-XL | H40K3-XL | H50K3-XL | H60K3-XL | H80K3-XL | H100K3-XL | H120K3-XL | |
Nominal Rating (KVA) | 10K | 20K | 30K | 40K | 50K | 60K | 80K | 100K | 120K | |
Input | ||||||||||
Nominal Input voltage (V) | 380/400/415 | |||||||||
Input Voltage Range (V) | 228-478 | |||||||||
Nominal Input Frequency (Hz) | 50/60 | |||||||||
Input Frequency Range (Hz) | 40-70 | |||||||||
Bypass Voltage Tolerance (%) | Upper limit: +10%, +15%, or +20% default: +15%; Lower limit: -10%, -20%, -30% or -40% default: -20% | |||||||||
Bypass Frequency Tolerance (%) | ±10% or ±20%, default: ±10% | |||||||||
Input Power Factor | > 0.99 | |||||||||
Current THD at full Linear Load (Thdi%) | < 3% | |||||||||
Battery | ||||||||||
Battery Voltage | Standard Unit | 30pcs 12V 7AH | 30pcs 12V 7AH | 60pcs 12V 7AH | 64pcs 12V 7AH | |||||
Long Run Unit | ±192V ~ ±264Vdc, battery quantity 32-44 pcs (optional) | |||||||||
Temperature Compensation (mV/℃/Cell) | - 3.0 (selectable from 0 to -5.0 around 25℃ or 30℃, or inhibit) | |||||||||
Battery Charger Current (A) | 0-20 (adjustable) | 0-40 (adjustable) | ||||||||
Output | ||||||||||
Nomminal Output Voltage (V) | 380/400/415 | |||||||||
Nominal Output Frequency (Hz) | 50/60 | |||||||||
Output Power Factor | 1 | 1 | 1 | 1 | 1 | 0.9 | 1 | 1 | 0.9 | |
THDv with 100% Linear Load (%) | <1% | |||||||||
Inverter Overload Capactiy | 110% for 60min, 125% for 10min, 150% for 1 min | |||||||||
Efficiency | ||||||||||
Online Mode Efficiency | Up to 96.5% | |||||||||
ECO-Mode Efficiency | Up to 99.1% | |||||||||
Parallel | parallel up to 6 units | |||||||||
Physics Characteristic | ||||||||||
Dimensions (WxDxH) mm | Standard Unit | 300x700x1105 | 300x810x1260 | |||||||
Long Run Unit | 300x700x800 | 360x800x980 | ||||||||
Weight (KG) | Standard Unit | 146 | 146 | 194 | 198 | |||||
Long Run Unit | 74 | 74 | 74 | 75 | 75 | 75 | 115 | 116 | 118 | |
General | ||||||||||
Noise at 1m dB(A) | <55dB (1 meter away) | <60dB (1 meter away) | ||||||||
Altitude | ≤ 1500, derate power by 1% per 100m between 1500m and 300m | |||||||||
Ventilation | Front to back standard | |||||||||
Protection Level | IP20 | |||||||||
General and Safety | EN62040-1/IEC62040-1 | |||||||||
EMC Standards | EN62040-2 / IEC62040-2 | |||||||||
Method of Specifying the Performance and Test | EN62040-3 / IEC62040-3 |
Output 220V/208V/220VAC
Model | Standard Unit | H10K2 | H20K2 | H30K2 | |||
Long Run Unit | H10K2-XL | H20K2-XL | H30K2-XL | H40K2-XL | H50K2-XL | H60K2-XL | |
Nominal Rating (KVA) | 10K | 20K | 30K | 40K | 50K | 60K | |
Input | |||||||
Nominal Input voltage (V) | 200/208/220 | ||||||
Input Voltage Range (V) | 166-261Vac (line-line), full load | ||||||
Nominal Input Frequency (Hz) | 50/60 | ||||||
Input Frequency Range (Hz) | 40-70 | ||||||
Bypass Voltage Tolerance (%) | Upper limit: +10%, +15%, or +20% default: +15%; Lower limit: -10%, -20%, -30% or -40% default: -20% | ||||||
Bypass Frequency Tolerance (%) | ±10% or ±20%, default: ±10% | ||||||
Input Power Factor | > 0.99 | ||||||
Current THD at full Linear Load (Thdi%) | < 3% | ||||||
Battery | |||||||
Battery Voltage | Standard Unit | 30pcs 12V 7AH | 60pcs 12V 7AH | ||||
Long Run Unit | ±192V ~ ±264Vdc, battery quantity 32-44 pcs (optional) | ||||||
Temperature Compensation (mV/℃/Cell) | - 3.0 (selectable from 0 to -5.0 around 25℃ or 30℃, or inhibit) | ||||||
Battery Charger Current (A) | 0-20 (adjustable) | ||||||
Output | |||||||
Nomminal Output Voltage (V) | 200/208/220 | ||||||
Nominal Output Frequency (Hz) | 50/60 | ||||||
Output Power Factor | 1 | 1 | 0.9 | 1 | 1 | 0.9 | |
THDv with 100% Linear Load (%) | <1% | ||||||
Inverter Overload Capactiy | 110% for 60min, 125% for 10min, 150% for 1 min | ||||||
Efficiency | |||||||
Online Mode Efficiency | Up to 96.5% | ||||||
ECO-Mode Efficiency | Up to 99.1% | ||||||
Parallel | parallel up to 6 units | ||||||
Physics Characteristic | |||||||
Dimensions (WxDxH) mm | Standard Unit | 300x700x1105 | 300x810x1260 | ||||
Long Run Unit | 300x700x800 | 360x800x980 | |||||
Weight (KG) | Standard Unit | 146 | 146 | 194 | |||
Long Run Unit | 74 | 75 | 75 | 115 | 116 | 118 | |
General | |||||||
Noise at 1m dB(A) | <55dB (1 meter away) | ||||||
Altitude | ≤ 1500, derate power by 1% per 100m between 1500m and 300m | ||||||
Ventilation | Front to back standard | ||||||
Protection Level | IP20 | ||||||
General and Safety | UL 1778 | ||||||
EMC Standards | EN62040-2 / IEC62040-2 | ||||||
Method of Specifying the Performance and Test | EN62040-3 / IEC62040-3 |