Related Manuals for Delta H8E
Summary of Contents for Delta H8E
- Page 1 The power behind competitiveness Grid-tie Transformerless Solar Inverter H8E / H9E / H10E Operation and Installation Manual www.deltaww.com...
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Page 3: Table Of Contents
AC Grid Connection : L + N + PE ........... 21 5.3.1 AC circuit breaker requirements ........21 5.3.2 AC Connection ..............21 DC Connection (from PV Array)............ 22 5.4.1 DC connector of H8E / H9E / H10E ........23 5.4.2 DC cable connection ............23 Grounding ..................24... - Page 4 Figure 2-4: The identification label ..................10 Figure 3-1: Dimensions of H8E / H9E / H10E ..............11 Figure 3-2 : Inverter exterior objects ..................12 Figure 3-3 : Reset button ......................14 Figure 4-1 : Attaching the mounting bracket for H8E / H9E / H10E ........16...
- Page 5 Figure 7-4: Example of Voltage - var characteristic (Australia) .........30 Figure 7-5: DRM mode diagram ....................31 Table Table 2-1: Packing list of H8E / H9E / H10E and Power meter ..........9 Table 3-1: LED indicator......................12 Table 3-2: LED Message .......................13 Table 3-3: Reset button function ...................14...
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Page 6: General Information
1 General Information 1.1 Scope of delivery Congratulations on the purchase of your Delta H8E / H9E / H10E grid-tied solar inverter. This manual will assist you in becoming familiar with this product. Please observe all safety regulations and take into account the connection requirements by your local grid utility. -
Page 7: Validity
PV Array into single-phase AC output power to Grid. PV Array Solar Inverter Electrical Grid Figure 1-1: Solar system operation illustration 1.6 Additional Information For more detailed information for H8E / H9E / H10E or other related product information, please visit : www.deltaww.com... -
Page 8: Package Inspection
2 Package Inspection 2.1 Unpacking Unpacking process is shown as Figure 2-1 Figure 2-1 : Unpacking process Upon receiving your brand new inverter, you will be required to remove it’s protective packaging. This packaging consists of various materials that will need to be disposed of according to the specific recycling marking printed on them. - Page 9 Figure 2-2: Components of H8E / H9E / H10E Power meter is necessary function for H8E / H9E / H10E to meet the requirements of AS4777. The length of current sensor cable is available at 10m or 30m. ○ ○...
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Page 10: Identification Label
CAUTION ! If there is any visible damage to the inverter/accesories or any damage to the packaging, please contact your inverter supplier before installation. 2.3 Identification Label Users can identify the model name by the information on the product label. The model name, serial number and other specifications can be located on the product label. -
Page 11: Product Overview
3 Product Overview 3.1 Dimensions Unit: mm Figure 3-1: Dimensions of H8E / H9E / H10E 3.2 Function Introduction The Inverter’s exterior is shown in Figure 3-2... -
Page 12: Led Indicator
There are five LEDs in the front side of the inverter, from left to right, it is used for indicating status of operation, battery, communication, information and fault. Note: Battery LED is a reserved design for energy storage inverter. The status of this LED is meaningless for H8E / H9E / H10E. 3.3.2 LED Status... -
Page 13: Led Message
OPER Green <BLINK> 1s on, 4s off Grid is connected, but the inverter is unable to feed in grid because PV voltage is too low. BAT Led : Meaningless for H8E / H9E / H10E COMM Led BLE fail COMM Red <ON>... -
Page 14: Reset Button
3.4 Reset Button There is button located inside the junction box, for this button, there are following functions. Operation Functions Push 3s~10s Reset Wi-Fi module Push 10s~20s Clear AFCI Fault Reset Wi-Fi module, and Wi-Fi password returns to Push 20s~ the default: DELTASOL Table 3-3: Reset button function Reset Button... -
Page 15: Installation
4 Installation 4.1 Instruction Due to the variety of users and installation environments, you must read this manual thoroughly before installation. Installation of the unit and start-up procedures must be carried out by an accredited technician. 4.2 Installation Location The inverter can be installed in indoors / outdoors. WARNING ! Do not install the unit near or on flammable surfaces. - Page 16 Figure 4-1 : Attaching the mounting bracket for H8E / H9E / H10E...
- Page 17 Inverter must be installed vertically with a maximum incline of +/-5°on a flat surface Figure 4-2 : Correct and incorrect installation illustration CAUTION ! • The bracket supplied with the unit is specially designed and should be the only mounting device used for the unit. •...
- Page 18 Figure 4-3 : Adequate installation gap...
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Page 19: Wiring
5.1 Preparation before Wiring Ensure voltage values and polarities are correct. When grounding the solar array positive or negative terminal, an isolation transformer is required due to the H8E / H9E / H10E not having galvanic isolation between the DC-input and AC-output. -
Page 20: Opening The Wiring Box Cover
5.2 Opening the wiring box cover Place DC Disconnect switch in “OFF” position. Please note the cover cannot be removed when the DC Disconnect switch is in the “ON” position. Remove the 4 cover screws indicated above with a T20 Torx screw driver Lift the cover upward and place off to the side. -
Page 21: Ac Grid Connection : L + N + Pe
Wiring Conduit plugs are provided for 1in, 3/4 inch and ½ inch conduit fittings. If conduit fitting not fit 1in, 3/4in or 1/2in, an appropriate conduit reducer or adapter should be used. Caution: Do not enlarge the wiring compartment conduit openings as the wiring box enclosure will be damaged which will void the inverter warranty. -
Page 22: Dc Connection (From Pv Array)
Figure 5-4: AC cable connection 5.4 DC Connection (from PV Array) WARNING ! • When undertaking DC wiring, please ensure the correct polarities are connected. • When undertaking DC wiring, please ensure that the DC isolator switch on the PV array is OFF. CAUTION ! The maximum open circuit voltage of the PV Array must not exceed 600Vdc. -
Page 23: Dc Connector Of H8E / H9E / H10E
Wiring 5.4.1 DC connector of H8E / H9E / H10E The inverters operate using 4 separate MPP trackers that can handle both symmetrical and asymmetrical loads to allow for optimum adjustment. This allows for the requirements of complex PV system designs to be fulfilled. -
Page 24: Grounding
5.5 Grounding Six Grounding Electrode Conductors are installed inside the wiring box, They are torx head screw type connectors.The terminals accept solid or stranded copper 10(6mm^2)- 4(22mm^2) AWG wire, recommend screw torque is 18 in-lbs (2Nm). Figure 5-6: Ground cable connection WARNING ! As the leakage current is too large，an additional grounding point is provided in the wiring box as below. - Page 25 Wiring To Electrical Grid Step (1) Step (2) Meter Local Load Step (2) Figure 5-7: Power meter wiring...
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Page 26: Turning The Pv Inverter On/Off
6 Turning the PV inverter on/off WARNING ! The internal temperature may exceed over 70°C while operating. To avoid injury, do not touch the surface of the inverter whilst the unit is in operation. After installation, please ensure the AC, the DC and communication connection are correct. -
Page 27: Shut Down Procedures
Wiring Select the inverters' Wi-Fi SSID: Delta-[serial number] (e.g. Delta-O4L16A00001W0 ; See Inverter ” The identification label”) Enter the Wi-Fi password: DELTASOL (The Default password is also printed on the identification label) Use the "MyDeltaSolar" APP (You can download the APP via google play or App Store) Please note：... -
Page 28: Active/Reactive Power Control
7 Active/Reactive Power Control There are 2 settings for active power and 4 settings for reactive power control that can be configured based on the requirement of the local network operator. ATTENTION The parameters are set according to the requirements of the selected country. A change to the parameter settings may result in the approval being lost. -
Page 29: Reactive Power Control
The power level present at the time the frequency reaches or exceeds 50.25 Hz shall be held as the reference power level used to calculate the required response to the increasing frequency. This is expressed in the equation below： ( − 50.25) 1 −... -
Page 30: Voltage - Var Response Mode
Figure 7-4: Example of Voltage - var characteristic (Australia) 7.3 Demand Response Mode To implementation of power management, the digital input interface receives the specifications of the network operator via a DRED. H8E/H9E/H10E can access these command for power management. - Page 31 • Australia and New Zealand: The inverter support the demand response mode (DRMs). DRM 0 - Operate the disconnection device. DRM 5 - Do not generate power. DRM 6 - Do not generate at more than 50% of rated power. DRM 7 - Do not generate at more than 75% of rated power and sink reactive power.
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Page 32: Maintenance
8 Maintenance In order to ensure normal operation of the inverter, please check the unit regularly. Check that all terminals, screws and cables are connected and appear as they did upon installation. If there are any impaired or loose parts, please contact your solar installer immediately. -
Page 33: Error Message And Trouble Shooting
9 Error Message and Trouble Shooting 9.1 Error Message & Trouble Shooting Error Message Possible cause Action 1. Turn off DC switch of inverter. The voltage of auxiliary power supply is lower than 2. Turn off grid or AC breaker. the software low voltage 3. - Page 34 Bus Under The bus voltage is lower 1. Turn off DC switch of inverter. Voltage (SW) than the software low 2. Turn off grid or AC breaker. voltage protection value 3. Wait for 1 minute. During the process, you can see all LEDs of inverter are turned off. 4.
- Page 35 Grid The reconnection of grid is 1. Check the grid configuration by app. Reconnection failed 2. If the grid type is not consistent with the Fail actual grid, set grid type by app and wait for 5 minutes. 3. If the fault still exists, turn off DC switch of inverter.
- Page 36 6. If the fault still occurs, please contact local customer service or installer. Inverter Type Machine type configuration Configuration is failed Contact local customer service or installer. Fault Islanding Islanding is detected by 1. Turn off DC switch of inverter. Detected inverter 2.
- Page 37 1. Check the grid configuration by app. 2. If the grid type is not consistent with the L1N voltage is higher than L1N Over actual grid, set grid type by app and wait for the software high voltage Voltage 5 minutes. protection value 3.
- Page 38 6. If the fault still occurs, please contact local customer service or installer. 1. Check the grid configuration by app. 2. If the grid type is not consistent with the Grid frequency is higher than Over actual grid, set grid type by app and wait for the software high frequency Frequency 5 minutes.
- Page 39 1. Turn off DC switch of inverter. 2. Turn off grid or AC breaker. 3. Wait for 1 minute. During the process, you The PV1 current is higher PV1 Over can see all LEDs of inverter are turned off. than the hardware high Current (HW) 4.
- Page 40 3. Turn off grid or AC breaker. 4. Wait for 1 minute. During the process, you can see all LEDs of inverter are turned off. 6. Turn on grid or AC breaker. 6. Turn on DC switch of inverter. 7. If the fault still occurs, please contact local customer service or installer.
- Page 41 1. Measure the ambient temperature. 2. If the temperature is lower than the The cabinet temperature is minimum operating temperature, try to warm Under lower than the software low the inverter, or wait for the temperature to Temperature temperature protection value increase to the operating temperature range.
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Page 42: Commissioning
10 De-Commissioning De-Commissioning Procedure: If necessary to put the device out of operation for maintenance and/or storage, please follow the instructions below. WARNING ! To avoid injuries, please follow this procedures 1. Switch off AC circuit breaker to disconnect from electricity grid. 2. -
Page 43: Technical Data
11 Technical Data Model H10E PV INPUT Max. system voltage 600 V Nominal voltage 380 V Max. operating voltage 540 V Start-up voltage 120 V Operating MPPT voltage range 50 V to 480 V Full power MPPT voltage range 280 V to 480 V Max. - Page 44 Maximum output overcurrent 40 A 50 A 50 A protection GENERAL SPECIFICATION Max. efficiency 98.0 % EU efficiency 97.3 % Operating Temp. range -25 °C to 65 °C (derating above 45 °C) Storage Temp. range -40 °C to 85 °C Humidity 0% to 95% Max.