Solaredge Technologies, Inc. · NASDAQ:SEDG
Solaredge Technologies — Technical Presentation (2025)
78 slides from Solaredge Technologies's technical presentation, Mar 19, 2025
Slide 1: SolarEdge Roadshow Benelux 2025
SolarEdge Roadshow Benelux 2025 Commercial Technical 2025 Internal only
Slide 2: Agenda for today
Agenda for today Safety benefits of a DC optimised solution Added benefits of a DC optimised system Cyber security Products Smart Stringing and comparisons SolarEdge One for C&I / EV
Slide 3: Optimized Energy Ecosystem for C&I Rooftops
Optimized Energy Ecosystem for C&I Rooftops Designed for a variety of Commercial and Industrial applications SolarEdge ONE SolarEdge ONE SolarEdge Controller ONE 2:1 Power Optimizers S1000 | S1200 | S1400 EV Chargers SolarEdge EV Charger Storage SolarEdge Commercial Storage System - OD Inverters Opt
Slide 4: An Innovative Architecture
0 An Innovative Architecture Traditional String Microinverters DC Optimized Inverters Inverter System • Lowest cost to deploy • AC architecture Advanced Safety Features • Incumbent technology • Module-level optimization Module-level optimization • Majority market share • Module level monitoring Modu
Slide 5: You Can't Turn Off the Sun
0 You Can’t Turn Off the Sun PV systems continue to generate high DC 1,000V voltage when disconnected from the AC grid. When connected in a string, voltages in commercial solar arrays can reach 600-1500V Potentially dangerous to installers during installation and maintenance personnel during O&M Fir
Slide 6: SolarEdge innovative technological benefits
SolarEdge innovative technological benefits More power Optimized energy Generate more energy over system ecosystem lifetime, with DC Optimized technology. Our integrated ecosystem is designed to Maximum space utilization, MLPE for generate, store and manage energy use in shading, challenging roofs,
Slide 7: SolarEdge – SafeDC
SolarEdge – SafeDC Whenever AC power is off, the DC wires are de- energized. By design, this protects SafeDC People Property Emergency services Power optimizers are designed to drop to 1VDC in any of these cases: The inverter is turned off A building is disconnected from the electrical grid Insulati
Slide 8: SolarEdge MLPE mitigates risks of PV fire
NB0 The main cause of PV fire? Electric arcs. SolarEdge An electric arc is a continuous high-energy discharge caused by MLPE a current flowing through a non-conductive medium such as air mitigates Can start as a result of: risks of PV Faulty/incorrect connections, including corrosion, animal damage,
Slide 9: The Evolution of an Electric Arc
1 Connector NB0 temperature [°C] 140 0 20 60 80 240 340 400 100 120 160 180 200 220 260 280 300 320 360 380 40 14:14:00 14:14:50 14:15:40 14:16:30 14:17:20 14:18:10 14:19:00 14:19:50 14:20:40 14:21:30 A poor connection slowly heats up 14:22:20 14:23:10 14:24:00 14:24:50 14:25:40 14:26:30 14:27:20 14
Slide 10: Sesauemhinhsaiah daikattens irae hea cE : eemeaaes eae
Sesauemhinhsaiah daikattens irae hea cE : eemeaaes eae
Slide 11: Bakker Transport & Warehousing - NL - 2022
Bakker Transport & Warehousing - NL - 2022
Slide 12: Industry, Agri and Ground Mount
Industry, Agri and Ground Mount
Slide 13: S Series Power Optimiser
S Series Power Optimiser SafeDC SenseConnect Module level monitoring Maximum Power Point Tracker (MPPT) Rapid Shutdown
Slide 14: SenseConnect – How does it work?
NB0 SenseConnect – How does it work? Monitoring Platform Location of applicable Module and Power Optimizer is seen in the site physical layout Detect React Notify Potential arcing Inverter ceases threat identified production and locks SetApp Installer receives alert that includes the applicable Inve
Slide 15: SenseConnect in action – How does it work?
1 Connector NB0 temperature [°C] 140 0 20 60 80 240 340 400 100 120 160 180 200 220 260 280 300 320 360 380 40 14:14:00 14:14:50 14:15:40 14:16:30 14:17:20 14:18:10 14:19:00 14:19:50 SafeDC initiated 14:20:40 Notification sent 14:21:30 14:22:20 14:23:10 14:24:00 SenseConnect 14:24:50 14:25:40 14:26:
Slide 16: Synergy Inverters
Synergy Inverters Synergy Manager orchestrates the entire inverter system. Optional AC Surge DC Surge Protection Protection Type II Built-in thermal sensors detect and react to abnormal temperature on ACFI terminal blocks.
Slide 17: AC Fault Protection
AC Fault Protection SolarEdge Field Service Engineer, UK 2024 SolarEdge Field Service Engineer, UK 2024 SolarEdge Field Service Engineer, UK 2024
Slide 18: PV safety is about a holistic approach
PV safety is about a holistic approach SafeDC SenseConnect Rapid Shutdown AFCI A truly safe PV system should be based on a comprehensive solution that addresses the various safety requirements and is evidenced by a field-proven track record
Slide 19: Staying Vigilant Against Present and Future Cyber Threats
Staying Vigilant Against Present and Future Cyber Threats Maintaining a secured ecosystem is already a necessity in PV systems Significant cyber regulations are coming so preparations should already be put in place As hackers and their methods become increasingly sophisticated, what is considered se
Slide 20: SolarEdge system technical features
SolarEdge system technical features Casual Wi-Fi Monitoring scanning protection features set LAN scanning Optional remote protection Our key support lockout Over-the-air cybersecurity Secure boot & updates features Secure Storage XGuard dedicated SSO & Multi Factor security agent Authentication
Slide 21: New Cyber Laws for PV Systems are in the Works
New Cyber Laws for PV Systems are in the Works PV systems have become critical energy infrastructure and as such attract serious attention from regulators. This is already seen in a “wave” of upcoming new laws and regulations. Upcoming cyber regulations and standards: RED 2014/53/EU Article 3.3- The
Slide 22: Slide 22
Slide 23: Inverters – How does it work?
1 NB0 Inverters– How does it work?
Slide 24: Three Phase Inverters
Three Phase Ideal for small-medium size solar projects Inverters 20kW-33.3kW @400Vac grid, 40kW @480Vac grid Faster installs with compact, lightweight inverter units Greater performance with 175% oversizing Enhanced safety with SafeDC , integrated arc fault protection and optional rapid shutdown Red
Slide 25: Three Phase Inverters with Synergy Technology
Three Phase Inverters with Modular and lightweight units managed by a single point of control: Synergy Technology, High capacity up to 120kW Up to 100kW @400Vac grid; Up to 120kW @480Vac grid More energy 175% oversizing Built-in PID rectifier Enhanced safety SafeDC and integrated arc fault protectio
Slide 26: S-Series Power Optimizers
S-Series Power Smart design. Simple cable management. Optimizers Safe installations S1000 & S1200 Increases overall system yield and revenue by tracking the maximum power point of every two PV modules Supports high input current, bi-facial and high-power M10 modules, up to 600W Overcomes complex lay
Slide 27: CSS-OD Battery Cabinet and Battery Inverter
CSS-OD 102.4kWh (rated)/50kW, scalable to 1MWh* Battery Cabinet and Battery Inverter Rated for outdoor & indoor use 10-year warranty for system and 6000 cycles performance warranty, from a bankable vendor Pre-assembled cabinet for minimal on-site work • Fast deployment • Reducing installation errors
Slide 28: SolarEdge ONE Controller
SolarEdge ONE On site hardware that integrates and Controller ensures the communication of the site’s energy assets, including energy meters, inverters, EV chargers & building loads Optimizes use of locally generated energy, to minimize energy charges Interfaces with third-party sensors and platform
Slide 29: Optimized Utility
Optimized Utility 6.2MW Hartford Pike, Rhode Island, USA Installed by Sunlight General
Slide 30: Optimized utility
Optimized utility SolarEdge ONE for Ground Mount and Dual Use SolarEdge ONE SolarEdge ONE Controller Optimized Utility (optional) Power SolarEdge Optimizers Power Optimizers SolarEdge Inverters TerraMaxTM Inverter SolarGik Trackers Smart PV Trackers (optional) Not all products are available in all r
Slide 31: Optimized utility solutions
Optimized utility solutions Agri PV Floating-PV Ground-Mount Community Solar
Slide 32: SolarEdge TerraMax Inverter & H1300 Power Optimizer
SolarEdge TerraMax Bringing more power and design flexibility to large-scale PV projects: Inverter & H1300 Powerful Power Optimizer 99% efficiency Module-level optimization Full-rated power up to 45 °C (330kVA) 200% DC oversizing Lower BoS Up to 33kW per string Up to 40% less strings required Versat
Slide 33: Optimized Utility
Optimized Utility % |< ifet ===] When connecting three or more H1300 strings to a combiner box, it is recommended to use a 30A fuse for each individual string. However, be sure to check local electrical codes and regulations to determine the proper fuse sizing for your specific installation. j===] T
Slide 34: Terramax NL, Mounting the inverter
Terramax NL, Mounting the inverter
Slide 35: Orion Pilot NL, overview and DC combiner
Orion Pilot NL, overview and DC combiner
Slide 36: SolarGik Smart PV Trackers
SolarGik Smart PV Trackers Short and independently trackers that increases accuracy across uneven terrain Increased energy generation through smart backtracking algorithms using satellite data & weather analytics, and DNI-DHI* optimization Lower system and installation costs with 30% lighter tracker
Slide 37: Stringing Designs
Stringing Designs 20kW MW Residential house Tzipori, Israel
Slide 38: Smart stringing – South Facing
Smart stringing – South Facing 1. Stringomvormer 2 strings x 20 PV modules Total Cable Length : 284 meter 2. SolarEdge 1 string x 40 PV modules (20 optimizers) Total Cable Length: 176 meter Savings: 108 meter / 38%
Slide 39: Smart stringing – East / West
Smart stringing – East / West 1. Stringomvormer 2 strings x 20 PV panelen Total Cable Length : 283 meter 2. SolarEdge 1 string x 40 PV modules (20 optimizers) No induction loop by smart stringing Total Cable Length : 110 meter Savings : 173 meter / 61%
Slide 40: Frog Leaping
Frog Leaping 20kW MW Residential house Tzipori, Israel
Slide 41: DC bekabeling Schuin dak
DC bekabeling Schuin dak 240 modules, 120 cells, split junction box. 6 x 40 modules portrait layout
Slide 42: DC cabling string inverter, basic principle
DC cabling string inverter, basic principle v1. 1 String with 20 modules, basic string method String inverter basis stringing method: Total Length DC cabling : 975 meter 6mm²
Slide 43: DC cabling SolarEdge inverter, basic principle
DC cabling SolarEdge inverter, basic principle v3. 1 String with 20 optimizers total 40 modules, basic stringing method SolarEdge inverter basis Stringing method: Total Length DC cabling : 477 meter 6mm² 51% Less cabling
Slide 44: DC cabling SolarEdge inverter, Frog Leaping
DC cabling SolarEdge inverter, Frog Leaping v4. 1 String with 20 optimizers total 40 modules, Frog leaping SolarEdge inverter “Frog Leaping” method: Total Length DC cabling : 248 meter 6mm² 75% Less cabling
Slide 45: DC Cabling String inverter, Frog Leaping
DC Cabling String inverter, Frog Leaping v2. 1 String with 20 modules, “Frog leaping” method String omvormer “Frog Leaping” methode: Total Length DC cabling : 745 meter 6mm² 23% Less Cabling
Slide 46: DC Cabling slope roof, string inverter vs Solaredge
DC Cabling slope roof, string inverter vs Solaredge 240 modules, 120 cells, split junction box , 6 x 40 modules portrait lay-out 1. String inverter total length DC cabling, basic string method : 975 meter 6mm² 2. String inverter total length DC cabling, “Frog leaping” method: 745 meter 6mm² 23% less
Slide 47: Synergy Inverter
Synergy Inverter Single DC
Slide 48: Standard Design method
Standard Design method ; \ | 4-3 WY SE-100K a / ager solar
Slide 49: String cabling
Internal View of Synergy Manager with Single DC 2 ; . Ly & £ Almost no need to bend the DC cables © One option for PN with DC SPD built-in “ ACSPD can be added # Support synergy units with and without Rapid Shutdown solar ef
Slide 50: Single Input DC 25 - 70 qmm2 Cu / Alu
Single Input DC 25 - 70 qmm2 Cu / Alu Synergy Manager Single Input With DC Combiner boxes Simple and easy installation Cost-saving from approximately 70 meters DC length. Suitable for 25 to 70 qmm2 Alu / Cu DC cabling SE66.6K to SE100K
Slide 51: New Optimized design Single input offering
“New” Optimized design Single input offering Combiner Box Combiner Box Combiner Box
Slide 52: String cabling
Supported Wires + 25-70 mm? # Aluminum and copper © Cross section 25-70 mm2 AND 12-20 mm outer diameter 12-20mm solar
Slide 53: Example: Break Even point
Example: Break Even point SE100K - 1 DC cabling costs - Strings v. DC combiners ‘€6000.0.00 +€5000.0.00 ‘€ 4000.00 ‘€3000.0.00 ‘€2000.0.00 Total costs of DC cabling & components / inverter €1000.0.00 41°47 23 29 35 41 47 53 59 65 72 77 83 89 95 101 107 115 129 125 151 157 165 149 255 161 167 173 179
Slide 54: Case Study Comparisons
Case Study Comparisons 3.5MW Mercedes-Benz Istanbul, Turkey Installed by Naturel
Slide 55: 1 MWp installation separate strings
1 MWp installatie separate strings System design 2.084 pcs Modules 480 Wp 1000,32 kWp nominal DC power DC/AC ratio ~ 125% 1. String inverter 6 x String inverter 115 kW met AFCI, 10 MPPT, 20 inputs 20/21 modules per string 96 strings CU cabling Average Cable Length (single run): 103,3m 2. SolarEdge 7
Slide 56: 1 MWp – Cabling standard string design separate strings
1 MWp – Cabling standard string designseparate strings Stringomvormer SolarEdge Strings Veldbekabeling Strings Veldbekabeling
Slide 57: 1 MWp – Comparison BoS cost multiple strings
1 MWp – Comparison BoS cost multiple Stringsste strings Separate strings € 120000.0.00 € 100000.0.00 € 80000.0.00 € 60000.0.00 € 40000.0.00 € 20000.0.00 € .0.00 String inverter SolarEdge Kosten omvormers Kosten optimizers Cost DC material Cost Labor Cost Warranty Extention
Slide 58: 1 MWp – Comparison Energy Production
1 MWp – Comparison Energy Production 900000.0 kWh 880000.0 kWh 860000.0 kWh 840000.0 kWh 820000.0 kWh 800000.0 kWh 780000.0 kWh 760000.0 kWh 740000.0 kWh 720000.0 kWh 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 Jaar Stringomvormer SolarEdge
Slide 59: 1 MWp installation combined strings
1 MWp installatie gecombineerde strings System design 2.084 pcs PV modules 480 Wp 1000,32 kWp nominal DC power DC/AC ratio ~ 125% 1. String inverter 6 x String inverter 115 kW met AFCI, 10 MPPT, 20 inputs 20/21 modules per string 96 strings CU cabling Average Cable Length (single run): 103,3m 2. Sol
Slide 60: 1 MWp – Comparison with Combiners / DC
1 MWp – Comparison with Combiners / 1 DC € 120000.0.00 € 100000.0.00 € 80000.0.00 € 60000.0.00 € 40000.0.00 € 20000.0.00 € .0.00 String inverter SolarEdge Cost Inverters & optimizers Kosten optimizers Cost DC material Cost Labor Cost Warranty Extention
Slide 61: SolarEdge ONE for C&I
SolarEdge ONE for C&I The future of commercial energy optimization November 2024
Slide 62: SolarEdge ONE for C&I
SolarEdge ONE for C&I A cloud-based energy optimization platform, designed specifically for C&I energy professionals SolarEdge ONE for C&I Advanced Loads Advanced Advanced Digital Twin EV Charger Management O&M Storage EPC Battery Management Management Management Integrates with Report Builder HVACs
Slide 63: SolarEdge ONE for C&I
SolarEdge ONE for C&I Places an unprecedented amount of system data at your fingertips, for efficient performance analysis and monitoring: PV Fleet Management Site Analysis Tools Site Overview Energy Board Module-Level Monitoring Battery Management Digital Twin Alerts and reports Remote Device Confi
Slide 64: Digital Twin Physical layout
Digital Twin Physical layout A powerful, new 3D site layout tool Merges the site’s virtual representation from SolarEdge Designer with real-time site data View module-level alerts, temperature and production data, enabled by module-data utilization Perform remote site inspection and spot anomalies i
Slide 65: Digital Twin Electrical layout
Digital Twin Electrical layout Detailed site view showing all electrical AC/DC cable connections per system inverter and string as well as other component connections e.g. batteries Provides a visual representation of the site hierarchy Supports remote commands such as pairing and restart Integrates
Slide 66: Site Analysis Tools
Site Analysis Tools An extensive set of pre-configured charts Utilize the available telemetry, ranging from the entire site down to specific modules Generate charts to identify trends, recognize patterns and gain insights for troubleshooting Analyze site power and energy Choose your preferred way of
Slide 67: Remote Device Operation
Remote Device Operation View device info and status Perform remote setup and configuration, such as: energy control, reactive power controls, and grid protection Update settings for multiple devices at once Permission-based access
Slide 68: Energy Board
Energy Board Real-time power flow Energy distribution over time from source to destination Site KPIs, including: self-consumption, self-sufficiency, import and export rates, electricity bills and system savings
Slide 69: Battery Management
Battery Management Monitor battery performance and health Optimize storage performance to meet site KPIs Manage battery optimization modes, including Maximum Self- Consumption and peak shaving Note: Supports SolarEdge Commercial Storage System CSS-OD, available in selected countries
Slide 70: Type your cover slide title
Type your cover slide title Cover slide sub-title
Slide 71: Empower projects with smart EV charging management
Empower projects with smart EV charging management Optimizes your EV charging experience, with a superb end-to-end user experience Business Intelligence & Reporting System Driver App
Slide 72: EV charging software for every scenario
EV charging software for every scenario Apartment Workspace Fleet Destination Public Complexes Charging Charging Charging Charging Optimize energy Cater to different Provide a one-stop- Enable charging for Enable charging at consumption and cost workplace users: shop for all electric your customers
Slide 73: Real-time monitoring & control
Real-time monitoring & control Live dashboard with different widgets that show various KPIs on all accounts, or a single account. Includes: usage statistics, charging sessions, charging rates Obtain visibility and control of the electrical hierarchy of your site: main connection, every electrical pa
Slide 74: Billing, payments, & authentication
Billing, payments, & authentication Provide drivers with clear pricing and detailed billing for their electric vehicle charging costs Facilitate payment processing, billing, invoicing, and subscription management Enable guest payments using any smart phone via scanning QR codes
Slide 75: Hardware compatibility
Hardware compatibility SolarEdge ONE for EV is hardware agnostic and connects to over 100 OCCP-compliant EV chargers (AC & DC) SolarEdge EV Charger Third-party EV chargers Quantex EARO hager Teison CTEK Innovations peblar LINCHR MENNEKES VESTEL Ingeteam ratio NEXBLUE ABB ALFEN EVBOX KEBA AgeVolt AUT
Slide 76: Software packages
Software packages Basic employee EV charging for smaller C&I sites included with our SolarEdge EV chargers SolarEdge EV Essential EV Charger per annum Included with up to 5 SolarEdge EV chargers SolarEdge EV chargers only Boost Your Earnings Up to five EV chargers per site Bundle PV and EV charging
Slide 77: Software packages
Software packages Explore our offerings, designed to support every aspect of your EV charging experience €10 / month* EV Pro per Charge Point EV Plus €15 / month* per Charge Point per annum Any supported EV charger** with Includes all EV Pro services unlimited chargers per site Public charging capab
Slide 78: Thank you
Thank you 5MW Floating PV, Mitzpe Ramon, Israel Installed by EnerT
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