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INSTRUCTION MANUAL
HYBRID INVERTER THREE PHASE
SKU
MODEL
11990,119901
HEC2-T10Hr2
12243, 122431 HEC2-T15.0Hr2-Eu
Thank you for selecting and buying V-TAC Product. V-TAC will serve you the best. Please read
these instructions carefully & keep this user manual handy for future reference. If you have any
another query, please contact our dealer or local vendor from whom you have purchased the
product. They are trained and ready to serve you at the best.
MULTI-LANGUAGE
MANUAL QR CODE
Please scan the QR code
to access the manual in
multiple languages.
IN CASE OF ANY QUERY/ISSUE WITH THE PRODUCT, PLEASE REACH OUT TO US AT: SUPPORT@V-TAC.EU
FOR MORE PRODUCTS RANGE, INQUIRY PLEASE CONTACT OUR DISTRIBUTOR OR NEAREST DEALERS.
V-TAC EUROPE LTD. BULGARIA, PLOVDIV 4000, BUL.L.KARAVELOW 9B
INTRODUCTION
WEEE Number: 80133970
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Summary of Contents for V-TAC HICONICS HEC2-T10Hr2
- Page 1 12243, 122431 HEC2-T15.0Hr2-Eu INTRODUCTION Thank you for selecting and buying V-TAC Product. V-TAC will serve you the best. Please read these instructions carefully & keep this user manual handy for future reference. If you have any another query, please contact our dealer or local vendor from whom you have purchased the product.
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Page 2: Exclusion Of Liability
User Manual EXCLUSION OF LIABILITY All names, trademarks, product names or other designations used in this manual may be legally protected even if not indicated as such (e.g. as a trademark). HICONICS ECO-EN- ERGY DRIVE TECHNOLOGY CO., LTD. assumes no liability or warranty for their free usage. -
Page 3: Table Of Contents
User Manual CONTENTS 1 Notes on this Manual ................01 1.1 Scope of Validity ........................01 1.2 Target Group ..........................02 1.3 Symbols Used ........................... 02 1.4 EU Declarations of Conformity ....................02 1.5 Release Notes ........................... 03 2 Safety ......................04 2.1 Notes on this Manual Explanation of Symbol.............. - Page 4 5.3 AC Grid Connection ........................38 5.4 BACK UP ............................. 39 5.5 Communication Interface Connection ................. 42 5.5.1 METER/CT Interface......................42 5.5.2 DRM Interface (Optional) ..................... 44 5.5.3 CAN Interface ......................... 45 5.5.4 COM2 Interface........................45 5.5.5 BMS (to BMS Control Box) Interface ................. 46 5.5.6 ETH1 Interface ........................
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Page 5: Notes On This Manual
1 Notes on this Manual 1.1 Scope of Validity This manual is an integral part of HEC2 series hybrid three phase residential storage system, it describes the assembly, installation, commissioning, maintenance and failure of the product. Please read it carefully before operating. Inverter HEC2-T15.0Hr2-Eu HEC2-T12.0Hr2-Eu... -
Page 6: Target Group
1.2 Target Group 1.3 Symbols Used The following types of safety instructions and general information appear in this docu - ment as described below: Indicates a hazard with a high level of risk which, if not Danger! avoided, will result in death or serious injury. Indicates a hazard with a medium level of risk which, if not Warning! avoided, could result in death or serious injury. -
Page 7: Release Notes
Directive 2011/65/EU (RoHS) (on the restriction of the use of certain hazardous substances in electrical and electronic www.hiconics-global.com) 1.5 Release Notes The version log accumulates the description of each document update, with the latest version covering all previous document versions. V0.1 2024-05-21 First Release... -
Page 8: Safety
2 Safety 2.1 Notes on this Manual Explanation of Symbol This section gives an explanation of all the symbols shown on the inverter and on the type label. Symbols on the Type Label Symbol Explanation The inverter complies with the requirements of the applicable CE TUV SOUTH mark Type Approved Safety... - Page 9 The system can’t be disposed together with the household waste. Disposal information can be found in the enclosed documentation. Do not dispose of the battery system together with the household waste but in accordance with the disposal regulations for elec - tronic waste applicable at the installation site.
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Page 10: Important Safety Instructions
2.2 Important Safety Instructions Danger! Danger to life due to high voltages in the inverter! All work Danger! not to be used by children or persons with reduced physical sensory or mental capabilities, or lack of experience and knowledge, unless they have been given supervision or instruction. - Page 11 Warning! Warning! may cause permanent damage to inverter or other losses, which will not be included in warranty! Warning! Warning! Risk of electric shock! Warning! Authorized service personnel must disconnect both AC and Warning! DC power from inverter before attempting any maintenance or cleaning or working on any circuits connected to inverter.
- Page 12 Prior to the application, please read this section carefully to ensure • correct and safe application. Please keep the user manual properly. The accessories which are shipped with the inverter are only recom - • to person. Make sure that existing wiring is in good condition and that wire is not •...
- Page 13 • Hazardous voltage will present for up to 5 minutes after disconnec- tion from power supply CAUTION-RISK of electric shock from energy stored in capacitor, • never operate on the inverter couplers, the MAINS cables, Battery cables, PV cables or the PV generator when power is applied. After switching off the PV , battery and Mains, always wait for 5minutes to let the intermediate circuit capacitors discharge before unplug DC ,battery plug and MAINS couplers.
- Page 14 PE Connection and Leakage Current The end-use application shall monitor the protective conductor by • residual current operated protective device (RCD) with rated fault case of a fault. The device is intended to connect to a PV generator with a capaci- tance limit of about 700nf.
- Page 15 For Australia and New Zealand Electrical installation and maintenance shall be conducted by • licensed electrician and shall comply with Australia National Wiring Rules. Battery Safety Instructions HiEnergy Series inverter should be worked with high voltage • voltage and nominal capacity etc., please refer to the parameters list.
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Page 16: Handle Heavy Loads Safely
2.3 Handle Heavy Loads Safely When carrying heavy objects, you should be prepared to bear the • weight to avoid being crushed or sprained by heavy objects. < 18 kg 18-32 kg 32-55 kg 55-68 kg > 68 kg (< 40 Ibs) (40-70 Ibs) (70-121 lbs) (121-150 lbs) -
Page 17: Introduction
3 Introduction 3.1 Basic Features HiEnergy Series is high-quality RESS is comprised of inverter and battery, which can convert solar energy to AC electricity. The HiEnergy Series system offers users the flexibility to optimise self-consumption, store energy in the battery for future use or feed energy into the public grid. Work mode depends on PV energy and user’s preference. -
Page 18: Work Modes
3.2 Work Modes Three different basic work modes can be set via APP. • Self Use: In this mode, the electricity generated by PV panel will be used in the following order: the charging the battery and then feeding into the grid. - Page 19 Inverter packing list AC Grid 4xM8*60 WI-FI dongle 3xCT(WithRJ45Adapter) 1x Inverter connector(blue) 3x PV positive 3x PV negative 1x PE wire between Connecting wiring AC load terminal terminal harness connector (black) PCS and BMS main box 1x PCS mounting 5x RJ45 cable end 1xUser Manual 3xM6*12 bracket...
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Page 20: System Appearance
3.4 System Appearance Hybrid Inverter BMS Control Box Battery Pack1 Battery Pack2 BASE BMS Indicator HEC2-T 3.5 Wiring Port Part 3.5.1 Inverter Inverter Front Panel WIFI Interface GRID Backup PCS Indicator Inverter Mounting Bracket Inverter right side view... - Page 21 Warning Label Sticking Place Inverter left view with cover plate DRM Interface COM2 Interface ETH1 Interface METER/CT Interface CAN Interface BMS Interface PV DC Switch PV1 PAR BAT (wiring to BMS control box) Earthing Pin (protective earthing wire to Inverter left view(Opened cover) BMS control box)
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Page 22: Cooling Fans
Parameter Nameplate Sticking Place Mounting Bracket Inverter top view Cooling Fans Inverter bottom view Radiator Rear Cover Right-hand Side Cover Cooling Fan Inductor Box Explosion-proof Valve WIFI Interface Inverter back explosive view WIFI stick slot Inverter WIFI Interface Data-logger (Wi-Fi dongel) Network Name RS485-A RS485-B... -
Page 23: Bms Control Box
3.5.2 BMS Control Box Bottom Plug Connector Positioner (female) Bottom view Positioner (male) Power Button BMS Indicator Front view Positioner (male) Top view Battery Circuit Breaker Debug Right view Equipotential Bonding Pin (go to Inverter) BMS-PARALLEL Left view (Opened cover) Protective Cover Left view... -
Page 24: Battery Module
3.5.3 Battery Module Bottom Plug Connector Positioner (female) Battery bottom view Mounting Bracket Connecting Screw Battery Bracket Positioner (male) Front Panel Battery front view Top plug connector Carrying handle Explosion-proof Pressure Relief Valve Battery top view Label Paste Position Top Plug Connector Connecting Screw Mounting Bracket Battery Module... -
Page 25: Base
3.5.4 Base Positioner (male) Base bottom view Top plug connector Positioner (male) Base front view Top connector Positioner (male) Base top view Top plug connector Base right view Base left view... -
Page 26: Led Lights Display Define
Table1 LED display description State Description ALARM FAULT Battery SOC indicator Discription Total extinction Standby mode Normal Equipment is Battery Based on real SOC operational but Warning Blinking2 system power indication requires maintenance power-up Device not functioning Blinking3 Fault Remark: Except for PCS leakage current failure, the FAU lamp is shining, and other faults are ALM light shining. Table 2 Battery SOC LED Lights Description Discharge mode Standstill mode... -
Page 27: Inverter Led Display Define
Description Name of LED State of LED PV is active BLINK PV is standby PV loss Battery is active BLINK Battery is standby Battery loss Grid is active GRID BLINK Grid is standby Grid loss EPS is active BLINK EPS is overload EPS loss Fault state BLINK... -
Page 28: Installation
4 Installation Please be cautious about unpacking the battery, otherwise Notice components could be damaged. 4.1 Check for Physical Damage Make sure the inverter is intact during transportation. If there is any visible damage, such as cracks, please contact your dealer immediately. 4.2 Equipment Installation Installation Precaution HiEnergy series is designed for outdoor installation (IP 65). -
Page 29: Requirement
Please AVOIDE direct sunlight, rain exposure, snow laying up during installation and operation. No direct sunlight No rain exposure No snow accumulation No direct sunlight No rain exposure No snow accumulation Direct sunlight Snow accumulation Rain exposure Direct sunlight Rain exposure Snow accumulation 4.2.1 Requirement Position... -
Page 30: Required For Installation
4.2.2 Required for Installation Installation tools: crimping pliers for binding post and RJ45, screwdriver, manual wrench etc. Installation tools Impact Drill Torque Socket Marker Pen Vacuum Cleaner Wrench Torque Wrench Torque Screwdriver Steel Tape Level Ruler Electric Batch Wire Stripper Multimeter Rubber Mallet (with M6 socket) -
Page 31: Installation Process
Personal Protective Equipment Safety Gloves Safety Goggles Safety shoes Dust masks 4.3 Installation Process 4.3.1 Battery Pack Installation The battery pack height must comply with local regulations. If the positioning plate Notice Open the box, take out the base, PACK, BMS control box, inverter, packing accessories Step 1: The distance between the base and the wall is approximately 65mm. - Page 32 Step 2: Fasten the 2 battery brackets on the PACK. Step 3: Place the PACK directly on the base (pay attention to aligning the connectors), and connect the 2 battery brackets with the mounting brackets respectively. Tighten the M5x14 screw between the battery brackets and mounting brackets. Step 4: mounting bracket on the wall.
- Page 33 Step 5: Locate the second PACK and repeat the previous operation. Step 6: Place the BMS control box directly on the second PACK (note the alignment of the connectors).
- Page 34 Step 7: The mounting bracket is pre-installed on the inverter. Step 8: Place the inverter directly on the BMS control box and make the mounting brack- Step 9: Adjust the mounting gap between the 5 modules to a minimum.
- Page 35 Step 10: Use a marker pen to draw the border positioning coordinates of the inverter mounting bracket on the wall, (draw at least 1 vertical line on the left and right sides of the mounting bracket, draw 1 horizontal line at the top for punching positioning). Step 11: Remove the inverter, the BMS control box, and the two battery packs respec - tively, and keep the base in place.
- Page 36 Step 12: Remove the mounting bracket from the inverter, attach it to the positioning coordinates on the wall, and use a marker pen to draw the positioning coordinates of the Step 13: The M8*60 expansion bolt is placed in the cavity and waiting for use (Before punching, each module should be protected from dust to prevent the dust generated by punching from entering into each module connector).
- Page 37 Step 14: Mounts and fastens the mounting bracket of the inverter to the wall. Step 15: Place the pack directly above the base (take care to align the connectors) and tighten the screws between the expansion bolt and pendant separately.
- Page 38 Step 16: tors) and fasten the expansion bolt and bracket respectively of the screws. Step 17: Place the BMS control box directly above the second pack (note the alignment of the connectors).
- Page 39 Step 18: Hang the inverter on the mounting bracket and lower it directly on the BMS control box, and then tighten the mounting bracket and the 2 pcs of the inverter set screws for M6x12. M6*12 Step 19: Installation completed.
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Page 40: Electrical Connection
5 Electrical Connection 5.1 Battery System Cable Connection The HEC2 RESS system (without inverter) is cableless installation design which includes pre-installed internal connections. The modular stack installation directly plug-in and completes the series connection between battery modules. The connec - BMS main box) and the inverter requires a cable connection using PCS-BAT connector which includes power connection, communication and grounding. -
Page 41: Connection Steps
To avoid any malfunction, do not connect PV module with a potential for current leakage to the inverter. For example, grounded PV modules will cause current leakage. When connecting PV modules, make sure that they are NOT grounded. It is recommended to use a PV junction box with surge protection. Otherwise, if lightning strikes the PV modules, it will cause damage to the inverter. -
Page 42: Ac Grid Connection
Step 3: Wiring 3.1 Choose the 4 mm² wire to connect with the cold-pressed terminal. 3.2 Strip 10mm insulation from the end of the wire. 3.3 Insert the wire into pin contact and use crimping plier to clamp it. 10mm 12AWG Crimp! 10mm... -
Page 43: Back Up
5.4 BACK UP Before connecting the load device, please install a separate AC circuit breaker between the inverter and the load device. This will ensure that the load equipment can be safely disconnected during maintenance and fully protected from the impact of AC input overcurrent. - Page 44 —:CAUTION:NOT FOR INTERRUPTING CURRENT” and “ATTENTION: NE PAS UTILISER POUR COUPER LE COURANT” —.“Not for Current Interrupting” b: Insert the conductor into the suitable ferrule acc. to DIN 46228-4 and crimp the contact. 6mm² Non-insulated cord end Terminal Recommended c: Remove the AC connector from the accessory pack and twist the ends apart as from the body shell.
- Page 45 d: Plug the AC cable into the AC connector. Refer to step "C" for wire stripping dimen - sions, pass the cable through the nut and jaw, the main body shell, and insert the stripped cable into the corresponding screw crimp male pins and lock the screws. Note, "C", "D"...
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Page 46: Communication Interface Connection
5.5 Communication Interface Connection 5.5.1 METER/CT Interface The electricity meter should be mounted and connected at the grid transition point (feed-in point) so that it can measure the grid reference and feed-in power. (1)Loosen the nut, and untangle the single-aperture sealing ring. Description Description CT3A... -
Page 47: Accessory Power
Home Meter CT Input L1/L2/L3 Grid Grid Load External CT should be placed near the power grid. If CT test pass but inverter still can't achieve export power Notice (power is not controllable or always 0 power output).Please check installation location of the CT. (Note: in case of any inconsistency with the wiring diagram on the meter housing, the wiring diagram on the meter housing shall prevail) According to different design require- ments, it is recommended to add fuses in the power supply and voltage input terminals... -
Page 48: Drm Interface (Optional)
Step2 Step1 CT3:S2 CT2:S1 CT1:S1 CT2:S2 CT1:S2 CT3:S1 Step3 5.5.2 DRM Interface (Optional) This interface is a dry contact (only for Australia) DRM means demand response enable device. The AS/NZS 4777.2:2020 required invert - er need to support demand response mode (DRM). This function is for inverter that comply with AS/NZS 4777.2:2020 standard. -
Page 49: Can Interface
DEMAND RESPONSE MODES (DRMs) Mode Requirement DRM 0 Operate the disconnection device DRM 1 Do not consume power DRM 2 Do not consume at more than 50% of rated power DRM 3 Do not consume at more than 75% of rated power AND Source reactive power if capable DRM 4 Increase power consumption (subject to constraints from other active DRMs) Do not generate power... -
Page 50: Bms (To Bms Control Box) Interface
Interface Description 5.5.5 BMS (to BMS Control Box) Interface This interface is a communication interface between BMS and INV. The communication between INV and BMS is RS485 and CAN. Description Description 485B 485A CAN0-H CAN0-L *Refer to 5.5 for wiring sequence. Interface Description 5.5.6 ETH1 Interface This interface is a communication interface between gateway of customer and INV. -
Page 51: External Smart Meter Connection
5.6 External Smart Meter Connection You must connect external CTs or a smart grid meter between the inverter and the power grid. If you want to connect a smart meter, note that only one meter is necessary for each inverter. The meter must be mounted and connected at the grid transition point (feed-in point) so that it can measure the grid reference and feed-in power. -
Page 52: Earth Fault Alarm Connection
5.7 Earth Fault Alarm Connection The inverter complies with IEC 62109-2 13.9. The fault indicator LED on the inverter cover will light up and the app will push a message of an error code of F40 indicating the earthing fault, The inverter should be installed at eye level for convenient maintenance (Adjust the height by placing the foundation) 5.8 Wiring Diagram... -
Page 53: Expansion Of Battery Capacity
European Wiring Distribution Box L1/L2/L3 L1/L2/L3 Hybrid Inverter BACKUP Back-up Loads Solar Array CT*3 L1/L2/L3 L1/L2/L3 GRID Grid N-BAR Battery E-BAR L1/L2/L3 Normal Loads 5.9 Expansion of Battery Capacity Capacity 10.2 kWh: 2× battery module+1× BMS control box+1× base Capacity 15.3 kWh: 3× battery module+1× BMS control box+1× base Capacity 20.4 kWh: 4×... -
Page 54: System Operation
Installed in troughs or protected by a metallic cable duct or conduit. The metallic cable duct or conduit, provided that that metallic parts are connected with the equipotential bonding system and comply with IEC62477-2022 clause 4.4.4.2.2 Parallel cables shall be installed in troughs or protected by Warning! metal pipes. -
Page 55: Switch Off
Step 1: Turn on the external DC circuit breaker and turn the PV isolation switch on inverter. Step 2: Turn on the external grid AC circuit breaker. Step 3: If backup load is applied, turn on the external backup AC circuit breaker. The Backup circuit breaker is only used when a backup load Notice is applied. -
Page 56: Plant Monitoring
7 Plant Monitoring 7.1 Create a Plant (End User Version） Owners can create your own plant at SOLARMAN Platform to run a real-time monitoring. System will collect the data from associated devices, which enables a full understanding of RESS plant running status. Step 1:“Add Now”... - Page 57 Step 2: Enter Plant Details Please enter detailed plant information according to your actual situation. System will create a unique plant for you. In order to calculate plant data precisely, please enter: (1) Plant Name, (2) Plant Type: Residential Rooftop (3) System Type: Storage System (4) Plant Location, (5) Installed Capacity,...
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Page 58: Add A Logger
Please notice: to switch between Google Maps and Amap.Amap will enhance search- （1）Click ing &locating ability in China. Google Maps will enhance searching &locating ability globally. Please select accordingly. to switch between 2D Plane Map and Satellite Map. （2）Click Notice:If your plant has no data after you click “Finish”, which means there is no device in your plant. - Page 59 Step 1: Go to add logger Once the plant is created, you can see the page as below, please click the “Go to Add” Notice: you want to add before adding a Logger to avoid data confusion caused by adding equipment to the wrong plant, which affects your judgment of plant operation.
- Page 60 2） Plant Equipment List Page Add On the【Plant Details】 corner, and select Add a Logger to enter the corresponding page Add a Logger equipment under the Plant Step 2: Enter Logger SN You can enter logger SN manually or click icon in the right to scan SN. there.
- Page 61 Notice: If failed to scan the QR code or the scan result data is different with the SN number in the label, please input Sn code manually. communication capability after Device Networking for the Logger equipment of the WI-FI module, so as to facilitate the rapid access to the data of the power station and the acquisition of real-time data .
- Page 62 Step 1: Please make sure that your mobile phone is connected to the Wi-Fi network at home, which is consistent with the network displayed on the page, and enter the connection password of the network. "Start button.
- Page 63 Step 2: ured Page automatically.Please keep the Wi-Fi and Bluetooth functions of your phone When you go back to 「Device List」, the logger will still at Offline status. Usually, the data will be updated in 10 mins. Please wait patiently. Notice: again.
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Page 64: App View Data
8 APP View Data After the plant and device setup is done, you can check plant data remotely. Notice: 8.1 Real Time Data Click the plant as shown above, you can check various data on this page. E.g. Flow Chart, 24H Curve, Production, Consumption, anticipated yield, etc. -
Page 65: Statistics Data
8.2 Statistics Data date and conditions to query. 8.3 Device Info Click the button in the upper-right corner to go to “Device Info” page. data and statistical chart, through which you can know if the device is running normally. -
Page 66: Alert Data
8.4 Alert Data You can check plant alert on this page. Alert will be distinguished from alert importance and alert content, which enables you to understand the importance of alerts. Through these alert message, you can learn the fault status of your plant, which avoids property losses. -
Page 67: Fault Information
9 Fault Information Fault name Solution Fault code Disconnect the AC output switch, DC input switch and Battery NVM checksum failure switch, then connect them 5 minutes later. Contact the dealer or the after-sales service if the problem persists. Disconnect the AC output switch, DC input switch and Battery DSP communication failure switch, then connect them 5 minutes later. - Page 68 Disconnect the AC output switch, DC input switch and Battery switch, then connect them 5 minutes later.Contact the dealer Battery SOC too low or the after-sales service if the problem persists. Disconnect the AC output switch, DC input switch and Battery switch, then connect them 5 minutes later.Contact the dealer Other battery alarms or the after-sales service if the problem persists.
- Page 69 Disconnect the AC output switch, DC input switch and Battery DC bus over voltage switch, then connect them 5 minutes later.Contact the dealer or the after-sales service if the problem persists. Disconnect the AC output switch, DC input switch and Battery switch, then connect them 5 minutes later Contact the dealer DC bus under voltage or the after-sales service if the problem persists.
- Page 70 Check the serial connection of the PV array. Make sure that PVA over voltage the open circuit voltage of the PV string is not higher than the maximumoperating voltage of the inverter. Check the serial connection of the PV array. Make sure that PVB over voltage the open circuit voltage of the PV string is not higher than the maximumoperating voltage of the inverter.
- Page 71 Disconnect the AC output switch, DC input switch and Battery Hardware DC Bus Over switch, then connect them 5 minutes later. Contact the dealer Voltage or the after-sales service if the problem persists. Disconnect the AC output switch, DC input switch and Battery Hardware Battery Over switch, then connect them 5 minutes later.
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Page 72: Packaging, Transportation, Storage
10 Packaging, Transportation, Storage The system cabinet is packed in cardboard packaging and the internal PE packag- ing bag is moisture-proof and waterproof. Use EPE pearl cotton foam pad in the middle to prevent damage to the system during handling and transportation. Transportation must comply with UN3481's dangerous goods transportation and local laws and regulations. -
Page 73: Annex 1: Hybrid Inverter Parameter Table
Annex 1: Hybrid Inverter Parameter Table Model HEC2-T15.0Hr2-Eu HEC2-T12.0Hr2-Eu HEC2-T10.0Hr2-Eu HEC2-T8.0Hr2-Eu PV Input (5500+5500)/7000 Max. PV Array Power[W] (7000+7000)/8500 (5250+5250)/6000 (4250+4250)/5000 1000 Max. Open Circuit Voltage[V] 1000 1000 1000 180-950 Mppt Voltage Range[V] 180-950 180-950 180-950 423-850 Mppt Voltage Range at Full Load[V] 540-850 404-850 327-850... - Page 74 Frequency[Hz] 50/60 Max Output Current[A] 19.3 16.1 12.9 Nominal Output Current[A] 21.7 17.4 14.5 11.6 Inrush Peak Current(A) Switching from Grid Connected ＜20 Mode to Standalone Mode[ms] Switching from Standalone Mode to ＞60s @VDE-AR-N 4105 2018-1 Network Connected Mode[ms] THDv[%] <3@Linear Load EFFICIENCY 99.9...
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Page 75: Annex 2: Product Parameter Table
Annex 2: Product Parameter Table HEC2-BHP100r2- HEC2-BHP150r2- HEC2-BHP200r2- HEC2-BHP200r2- HEC2-BHP300r2- HEC2-BHP400r2- Model A-EU A-EU A-EU Base+BMS+ Base+BMS+ Base+BMS+ 2*(Base+BMS+ 2*(Base+BMS+ 2*(Base+BMS+ Component 2*Module 3*Module 4*Module 2*Module) 3*Module) 4*Module) Nominal 204.8V 307.2V 409.6V 204.8V 307.2V 409.6V Voltage Maximum 233.6V 350.4V 467.2V 233.6V 350.4V 467.2V... -
Page 76: Annex 3: System Parameter Table
Annex 3: System Parameter Table HEC2-ESS-T HEC2-ESS-T HEC2-ESS-T HEC2-ESS-T HEC2-ESS-T HEC2-ESS-T Model 15/40r2-Eu 15/30r2-Eu 15/20r2A-Eu 15/20r2-Eu 15/15r2-Eu 15/10r2-Eu PV Input Parameters Maximum Input Power 14000/8500 W Maximum Input Voltage 1000 Vd.c. Rated Input Voltage 630 Vd.c. MPPT Voltage Range 180-950 Vd.c. MPPT Voltage Range 540-850 Vd.c. - Page 77 General -20°C to 55°C, Operating Temperature ＞45°C Derating Range Class I Protective Class Ingress Protection IP65 Operating Altitude Range <2000 m HEC2-ESS-T HEC2-ESS-T HEC2-ESS-T HEC2-ESS-T HEC2-ESS-T HEC2-ESS-T Model 12/40r2-Eu 12/30r2-Eu 12/20r2A-Eu 12/20r2-Eu 12/15r2-Eu 12/10r2-Eu PV Input Parameters Maximum Input Power 11000/7000 W Maximum Input Voltage 1000 Vd.c.
- Page 78 EPS Output Rating Rated Output Active Power 12 kW Rated Output Voltage 3L/N/PE, 230/400 V a.c. Rated Output Frequency 50/60 Hz Maximum Continuous 19.3 A a.c. Output Current General -20°C to 55°C, Operating Temperature ＞45°C Derating Range Class I Protective Class Ingress Protection IP65 Operating Altitude Range...
- Page 79 Maximum Continuous 16.7 A a.c. Output Current Rated Output Power 10 kW Maximum Continuous 11 kW Output Power Rated Output Apparent 10 kVA Power Max. Output Apparent 11 kVA Power Power Factor -0.8 to 0.8(default 1) EPS Output Rating Rated Output Active Power 10 kW Rated Output Voltage 3L/N/PE, 230/400 V a.c.
- Page 80 User Manual Maximum Continuous 26 A a.c. Input Current Rated Input Frequency 50/60 Hz Grid Output Rating Rated Output Voltage 3L/N/PE, 240/415, 230/400, 220/380 V a.c. Rated Output Frequency 50/60 Hz Maximum Continuous 13.3 A a.c. Output Current Rated Output Power 8 kW Maximum Continuous 8.8 kW...
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