Photons from sunlight strike the solar panel surface.
2
Electron Excitation
Photons transfer energy to electrons in the semiconductor material.
3
Electricity Generation
Excited electrons create a flow of electricity (DC current).
4
Inverter Conversion
DC electricity is converted to AC for home use or grid export.
Solar Panel Mounting Systems
Stability
Ensures structural integrity and optimal panel positioning.
Protection
Safeguards roof from damage and prevents water infiltration.
Ventilation
Allows proper airflow for improved panel efficiency.
Optimisation
Helps achieve ideal angle and orientation for maximum sunlight exposure.
Hybrid Inverter Functionality
1
DC to AC Conversion
Converts solar panel DC output to usable AC electricity.
2
Battery Management
Controls charging and discharging of connected batteries.
3
Grid Interaction
Manages power flow between solar system, battery, and grid.
4
System Monitoring
Provides real-time data on energy production and consumption.
Benefits of Solar Batteries
Energy Storage
Store excess solar energy for use during low production periods.
Grid Independence
Reduce reliance on the grid, potentially lowering electricity costs.
Backup Power
Provide electricity during grid outages, enhancing energy security.
Solar Hot Water Diverter Operation
1
Surplus Detection
Identifies excess electricity generated by solar panels.
2
Power Diversion
Redirects surplus power to water heating element.
3
Water Heating
Heats water in tank using diverted solar energy.
4
Optimisation
Maximises self-consumption of solar energy.
Solar Panel Optimiser Benefits
Individual Panel Optimisation
Maximises performance of each solar panel independently.
Shade Mitigation
Reduces impact of partial shading on system output.
Module-Level Monitoring
Provides detailed performance data for each panel.
Increased Energy Yield
Improves overall system efficiency and power generation.
EV Charger Functionality
1
Power Supply
Provides electrical connection for EV charging.
2
Communication
Exchanges data with vehicle for safe charging.
3
Charging Control
Manages power flow and charging speed.
4
Safety Features
Incorporates protections against electrical faults.
Solar Energy System Components
Solar Panels
Convert sunlight to electricity.
Inverter
Converts DC to AC power.
Battery
Stores excess energy for later use.
Monitoring System
Tracks energy production and usage.
Solar Panel Efficiency Factors
1
2
3
4
5
1
Panel Quality
High-grade materials and manufacturing.
2
Orientation and Tilt
Optimal positioning for maximum sunlight exposure.
3
Shading
Minimizing shadows on panels.
4
Temperature
Cooler temperatures improve efficiency.
5
Maintenance
Regular cleaning and upkeep.
Solar Energy Storage Options
Lithium-Ion Batteries
High efficiency, long lifespan, compact size. Ideal for residential use.
Lead-Acid Batteries
Lower cost, proven technology. Suitable for off-grid systems.
Flow Batteries
Long cycle life, scalable capacity. Good for large-scale applications.
Solar Panel Lifespan and Warranty
Average Lifespan
25-30 years or longer with proper maintenance.
Performance Warranty
Typically 25 years, guaranteeing minimum power output.
Product Warranty
Usually 10-12 years, covering defects in materials and workmanship.
Environmental Impact of Solar Energy
1
2
3
4
1
Reduced Carbon Emissions
Clean energy production with no direct emissions.
2
Resource Conservation
Decreases reliance on finite fossil fuels.
3
Minimal Water Usage
Requires very little water for operation.
4
Land Use Efficiency
Can be installed on existing structures.
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