HiENERGY SERIES
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HiENERGY SERIES
HiEnergy Series
Introducing HiEnergy, the epitome of efficiency in energy storage solutions. Its sleek and minimalist design seamlessly integrates intelligent monitoring software with high-voltage batteries, revolutionizing how home energy is managed. From optimizing energy usage throughout the day to storing excess power for nighttime consumption, HiEnergy ensures a sustainable and cost-effective approach to energy management. Additionally, it offers reliable backup power during grid outages, providing uninterrupted electricity when you need it most. Experience the future of energy storage with HiEnergy.
Effortless and Competent
Guided Quick Connectors: HiENERGY’s storage solution comes equipped with guided quick connectors, simplifying the installation process and enhancing efficiency.
Lego Design Technology: Our battery modules stack seamlessly, automatically connecting without the need for time-consuming hand-wiring during setup.
Swift Setup: Experience a hassle-free installation with our cutting-edge features, leading to significant time and cost savings.
Streamlined Efficiency: Optimize your energy storage system with HiENERGY’s solution, designed for quick and easy setup, making it the ideal choice for a hassle-free and efficient solution.
Safety Advancements
Ultimate Safety
Safety first. Our ‘Legos’ quick connection technology eliminates fire hazards, surpassing traditional wires for worry-free energy storage.”
Ground-Breaking Aerosol Technology
Employs advanced battery pack Aerosol Tech for unmatched safety. Prevents thermal runaway propagation, ensuring resilience against adverse events for ultimate home protection.
Extreme Weather Endurance
Unyielding Performance: IP65 compliant for outdoor installation, thriving in extreme weather (-25℃ to 60℃). Count on a stable electricity supply, powering your home year-round in any environment.”
Energy Advancements
Superior Energy Conversion
Experience higher charge and discharge energy conversion efficiency for optimized energy utilization.
Unmatched Cycle Efficiency
Benefit from an exceptional 94.5% cycle efficiency, ensuring consistent performance over multiple charge and discharge cycles.
Industry-Leading Solution
Stay ahead with Hiconics’ cutting-edge technology, surpassing the industry average and offering the most efficient energy storage system on the market.
Reliable Energy Management
Trust in Hiconics’ High Voltage system to deliver reliable, stable, and cost-effective energy management solutions for your needs.
Questions & Answers
Which types of batteries does Hiconics offer?
Hiconics offers two series of batteries: the High Voltage series (HiENERGY and WISDOM) and the Low Voltage series (MiENERGY).
Can the Inverter effectively blend different power sources like Grid and PV to ensure seamless power distribution?
Certainly! Absolutely, using the app, you can configure the desired power from the PV source either by setting a fixed value or manually adjusting it. The remaining power needed to meet the total load demand will be automatically sourced from the grid. For instance, if you set the PV output power to 3kW and the total load demand is 6kW, the grid will provide the additional 3kW. Similarly, if the total load power increases to 9kW, the grid will supply the remaining 6kW to meet the load requirements.
What are the continuous charge and discharge capabilities of the HiEnergy series?
The HiEnergy series is optimized for operation at 0.5C (recommended), and it also offers the flexibility to be configured at 1C for both charge and discharge, providing users with options to tailor its performance to their needs. It’s important to consider the recommended setting for optimal performance.
What is the maximum usable battery capacity of the 5.12kWh battery from the HiEnergy Series?
The HiEnergy series provides a usable capacity of 4.6kWh, which is approximately 90% of the total battery capacity in a 5.12kWh battery
How does HiEnergy handle and manage various operating modes?
HiEnergy incorporates an embedded Energy Management System (EMS) to handle working model control, power control, current control, and other related functions.
What is meant by an intelligent or smart BMS (Battery Management System)?
The HiEnergy smart BMS is an advanced battery management system that plays a crucial role in monitoring the battery’s condition and performance. Through precise communication with the inverter and the battery, it ensures optimal operation. Furthermore, the system allows for the integration of both old and new batteries, though it is recommended to combine them within 2 to 3 years of the initial purchase to achieve the best performance.
How secure are the battery modules, and what specific technology has been employed to ensure the utmost safety of the batteries?
Hiconics has invested significant efforts in research and development to ensure top-notch battery safety in their HiEnergy series. They have implemented the Worlds first groundbreaking technologies such as Aerosol Technology, which enhances safety measures in the battery system. The series also features wireless connections between the battery and inverter, streamlining communication and reducing potential risks associated with physical wiring.
Moreover, Hiconics has designed the HiEnergy batteries to withstand extreme weather conditions, providing added endurance and reliability. These safety measures, along with other advancements, collectively contribute to the ultimate safety of the HiEnergy series, instilling confidence in users regarding the battery’s performance and security.
HYBRID INVERTER
| Battery Data | HiEnergy-S |
| Battery Voltage Range [V] | 85~400 |
| Max Charging and Discharging Current [A] | 50 |
| Input (PV) | |
| Max.DC Power [W] | 7500 |
| Max. DC Input Voltage [V] | 560 |
| MPPT Voltage Range [V] | 100-550 |
| Starting Voltage [V] | 120 |
| Max. Input Current [A] | 15/15 |
| Max. Short-circuit Current*Number of MPPT Circuits[A] | 18/18 |
| Number of MPPT Input Channels | 2 |
| Number of MPPT Input Circuits per Circuit | .1/1 |
| Full Load MPPT Voltage Range [V] | 200~550 |
| General data | |
| HMI | App |
| Protection Level | IP65 |
| Operating Temperature [℃] | -80 |
| Relative Humidity [%] | 0`95 |
| Working Altitude [m] | <3000 |
| Cooling Method | Natural cooling |
| AC Side Data | |
| Rated Output Power [VA] | 5000 |
| Max. Output Power [VA] | 7500（10s） |
| Max. Power Input To The Grid [VA] | 10000 |
| Rated Output Current [A] | 22 |
| Max. Output Current [A] | 32 |
| Rated Output Voltage [V] | 230V（±2%） |
| Rated Frequency [Hz] | 50/60Hz |
| Current Harmonic Distortion (@ Rated Power) | ＜3% |
| Power Factor | 0.8 |
| AC Side (off-grid) Data | |
| Rated Output Power [VA] | 5000 |
| Max. Output Rated Power [VA] | 7500VA（10s） |
| Rated Output Voltage [V] | 230 |
| Rated Frequency [Hz] | 50/60Hz |
| Current Harmonic Distortion (@ linear load) | ＜3% |
| Max. European Efficiency of PV-Grid | 97.00% |
| Max. European Efficiency of Battery-Grid | 94.50% |
| MPPT Efficiency | 99.50% |
| Mechanical Data | |
| Dimension(L*W*H) [mm] | 800*450*160 |
| Weight [kg] | 27 |
BATTERY
| Model | HEC-BHP 100R2 |
| Nominal Capacity [kWh] | 5.1 |
| Usable Capacity [kWh] | 4.6 |
| Faradic Charge Efficiency [%] | 99 |
| Battery Roundtrip Efficiency [%] | 95 |
| Max Power [kW] | 5 |
| Recommend Charge/Discharge Current [A] | 25 |
| Max Charge/Discharge Current [A] | 50 |
| Cycle Life [90% DOD] | >6000 Cycles |
| Operations | |
| Available Operating Temperature Range [ C] | -20 to 50 |
| Humidity [%] | 0 to 95 |
| Altitude [m] | Below 2000 |
| Protection | IP65 |
| Connections | |
| System to Inverter | CAN2.0 |
| Battery to Battery/BMS | Daisy Chain |
| Data Collection Port /FW UPDATE | RS485 |
| Master Control Capacity Indicator | 5 LED (20%,40%,60%,80%,100%) |
| System status indication | 3 LED |
| Switch ON/OFF | Button*1 + Breaker*1 |
| Safety | |
| Safety | CE,IEC62619,ROHS,REACH |
| Hazardous Materials Classification | Class 9 |
| Transport Testing Requirement | UN38.3 |
| Magnitude | |
| Dimension(L*W*H) [mm] | 800*150*160mm(HEC-MP00r2) |
| 800*310*160mm(HEC-SP50r2) | |
| Weight [kg] | 15(HEC-MP00r2) |
| 55(HEC-SP50r2) | |
| Protection | |
| Anti-isolated island protection | Support |
| Photovoltaic input reversal protection | Support |
| Battery input reversal protection | Support |
| Insulation impedance detection | Support |
| Residual current detection | Support |
| PV input over-voltage, over-current and over-power | Support |
| Battery input overvoltage, overcurrent and overpower | Support |
| AC output input over-voltage, over-current and over-power | Support |
| Over temperature protection | Support |
| Wave-by-wave current limiting | Support |
| Baseline power failure protection | Support |
ON-GRID
Mode
OFF-GRID
Mode
