Amonra Energy Ad · BSESOF:AMON
Amonra Energy Ad — Shenzhen Growatt New Energy — Investor Presentation (December 2022)
28 slides from Amonra Energy Ad's investor presentation, December 2022
Slide 1: SPF 6000 ES Plus New Generation Off-grid PV Inverter
SPF 6000 ES Plus New Generation Off-grid PV Inverter SHENZHEN GROWATT NEW ENERGY CO.,LTD
Slide 2: Contents
CONTENTS 01 Product Overview 02 Higher Yield 03 Scalable & Flexible 04 Smart & Reliable 05 Application Scenarios
Slide 3: Product Overview
01 Product Overview
Slide 4: Off-Grid Energy Storage System
Off-Grid Energy Storage System Off-grid energy storage system generally consist of PV modules, off-grid inverter, battery, generator and utility power, monitoring devices ,electrical appliances. Utility PV modules Generator Battery AC loads Off-grid inverter with built-in MPPT charger controller
Slide 5: SPF 6000 ES Plus Inverter
SPF 6000 ES Plus Inverter Key Features 1. Dual MPP trackers 2. Plug-and-Play terminal for PV port 3. Two AC input terminals with integrated transfer switch 4. Dust-proof filter for harsh environment 5. PV input voltage up to 500VDC 6. Adjustable inverter charging and output time 7. Equalization char
Slide 6: ES Plus Advantages
ES Plus Advantages Inverter parameters： Model SPF 3000-5000 ES SPF 6000 ES Plus Benefits Parameters Maximum PV array Each string can be connected to more 450V 500V open circuit voltage modules,PV input power up to 8000W PV module strings can be installed at different No. of MPP trackers 1 2 SPF 3000
Slide 7: Higher Yield
02 Higher Yield
Slide 8: Power Factor 1.0
Power Factor 1.0 More Powerful Output power factor: 1.0 (6KVA & 6KW) 6KVA=4.8KW 6KVA=6KW Power factor : 0.8 Power factor : 1.0 Over-load 125%, inverter stop Inverter 100% load, still working work normally
Slide 9: More Powerful PV Input
More Powerful PV Input The maximum 8KW PV output capability for ES Plus ,when solar power is sufficient the 6kw output power for loads and the excess 2kw power will charging for the battery. SPF 5000ES SPF 6000ES Plus Maximum 6000Wp PV input Maximum 8000Wp PV input 8000W 6000W 6000W 6000W 5000W Sola
Slide 10: Higher PV Input Voltage and Current
Higher PV Input Voltage and Current Inverter configuration： Max. PV current 22A configuration(420W) Max. PV input current and open circuit voltage • 12PCS in series : 5040W input (5040W output) Ø ES series inverter: 22A / 450V(One MPPT) • 7PCS in series, 2string for parallel : 5880W Ø ES Plus invert
Slide 11: Scalable & Flexible
03 Scalable & Flexible
Slide 12: Two AC Input Terminals
Two AC Input Terminals ES Plus inverter has two AC input terminals with an integrated ATS device which can meet multiple AC source input requirements. General ES inverter only has one AC input terminal ,so an extra ATS device is needed to connect between the inverter and the AC source when there are
Slide 13: Dual MPP Trackers
Dual MPP Trackers PV module installation General ES inverter only one MPP tracker,the PV modules installation only suitable for the same orientation ES Plus inverter has two MPPTs design which can meet multi-orientation installation requirements.
Slide 14: Parallel Extension
Parallel Extension Parallel operation up to 6 units, the maximum system capacity would be 36kW, also support to configure three-phase system, provide customer enough flexibility. Three-phase system Single-phase system
Slide 15: CAN/RS485 Communication with Lithium Battery
CAN/RS485 Communication with Lithium Battery Inverter built-in BMS port which includes RS485 and CAN communication, and then easy to connect to different communication methods of lithium batteries. ARK Battery CAN RS485 AXE Battery BMS port (RS485 /CAN) Hope Battery
Slide 16: Work Without Battery Brings Full Flexibility
Work Without Battery Brings Full Flexibility Help customers to reduce the initial investment cost of the system, the new SUB mode also enables the inverter could work without the battery then solar and utility joint power to loads if solar is insufficient. Work without battery Battery is necessary E
Slide 17: Smart & Reliable
04 Smart & Reliable
Slide 18: Convenient HMI
Convenient HMI Colorful LCD display Plus series PVkeeper platform for local configuration or monitoring. USB cable 1. Input information (PV voltage, AC voltage, frequency, PV generation, battery voltage, charger current) 2. Output information (voltage, load percentage, frequency, load in VA, load in
Slide 19: Smart Management
Smart Management Remote monitoring, Support remote FW upgrade WIFI, GPRS communication port for remote monitoring WIFI-F GPRS-F ShinePhone APP ShineServer
Slide 20: Equalization Charging
Equalization Charging Inverter can enable battery equalization function which can set charge interval time and charge voltage to activating lead- acid battery characteristics then extend lead-acid battery life. ES series inverters General inverter
Slide 21: Application Scenarios
05 Application Scenarios
Slide 22: Multiple Work Modes
Multiple Work Modes Working mode: ( output SOL: solar first ; charging SNU: solar and utility power) 1. Solar power is sufficient 2. Solar power is not sufficient PV modules PV modules Utility Utility Battery Battery AC load AC load 4. Utility charging voltage back to battery mode 3. Battery dischar
Slide 23: Multiple Work Modes
Multiple Work Modes Working mode: ( output UTI: utility first ; charging SOC : solar first) 1. Solar power is sufficient 2. Solar power is not sufficient PV modules PV modules Utility Utility Battery Battery AC load AC load 3. Solar power is not available 4. Utility power is not available PV modules
Slide 24: Application Scenario 1 -- Power Backup
Application Scenario 1 -- Power Backup Priority mode : SUB 1. Set output priority mode to SUB from program 01 2. Set battery charging mode to SNU from program 14 Solar power is sufficient (supply power to load and also charge the battery). When solar power is not available, utility power to the load
Slide 25: Application Scenario 2 -- Reduce the Electricity Bill
Application Scenario 2 -- Reduce the Electricity Bill Priority mode : SBU 1. Set output priority mode to SBU from program 01 2. Set battery charging mode to OSO from program 14 Solar power is sufficient (supply power to load and also charge the battery). When solar power is not sufficient, solar and
Slide 26: Application Scenario 3 -- Lack of Sunlight Season
Application Scenario 3 -- Lack of Sunlight Season Priority mode : UTI 1. Set output priority mode to UTI from program 01 2. Set battery charging mode to SNU from program 14 Solar power is sufficient (Utility power to load and also charge the battery). When utility power is not available, solar and b
Slide 27: Application Scenario 4 -- Off-Peak Charging
Application Scenario 4 -- Off-Peak Charging Charging time setting ( all output modes are available) 1. set output priority mode from program 01 2. setting utility power charging battery time from program 49 The time of output power support and battery charging can be set during off-peak or peak time
Slide 28: Thanks!
Thanks! Copyright© 2021 Growatt New Energy CO., LTD All Rights Reserved. The information contained in this document is only for reference purpose and subject to change by company officials.
Shenzhen Growatt New Energy — Investor Presentation (December 2022) on 6ix