1: Solar PV Panels:
Minimum roof requirements:
5,000-6,000 sq. ft (south-facing) for ~230 panels
100kW system
How they work:
Photovoltaic (PV) solar panels are an array of solar cells which capture sunlight and convert it into direct current (DC) electricity.
- Sunlight Hits Panels: PV cells absorb sunlight; some light reflects off.
- Photon Impact: Sunlight knocks electrons free in the semiconductor.
- Electron Movement: Freed electrons create negative (e⁻) and positive (holes) charges.
- Electric Field Guides: The electric field directs electron flow.
- DC Electricity: Connected circuits enable a flow of direct current (DC).
2: Hybrid Bi-Directional Inverters:
How it works:
- Converts solar direct current (DC) power to usable alternating current (AC) power.
- Combines string inverter technology with the ability to DC couple SunSynk battery technology
- Manages energy flow between solar panels, batteries, and the grid.
- Stores excess solar energy in batteries for later use.
- Supplies power from the battery during the night or outages.
- Sends surplus energy to the grid when the battery is full.
- Optimises energy usage to lower electricity costs.
3: Battery Energy Storage System (BESS):
How it works:
- Energy Capture: As Solar panels generate electricity; excess power goes to the BESS.
- Energy Storage: Unused energy is stored for use at night, during outages, or on cloudy days.
- Energy Conversion: The inverter converts stored energy for business or grid use.
- Power Switching: Draws from the battery when solar isn’t generating; switches to grid if needed.
- Smart Optimisation: Manages energy flow to maximise savings and efficiency.
- Grid Support: Provides backup power and supports energy independence.
4: The AlphaGen Energy Management System (EMS):
Proprietary and Groundbreaking and sets new standards in energy monitoring, offering unparalleled insights and control.
Designed in-house, offering cutting-edge capabilities for solar energy management and monitoring.
- Step 1: RS485 Connection – Connects directly to the inverter using RS485, enabling the system to read essential data such as energy generation, production, and export.
- Step 2: MODBUS Protocol – Integrates with the MODBUS Protocol, a communication software that allows control of inverter parameters on-site.
- Step 3: Monitors the Master unit and sends commands if adjustments are needed, which automatically updates the Slave units and the overall inverter operations.
Unique benefits of EMS:
• Enhanced Monitoring:
• Delivers in-depth data analysis from inverters.
• Adds robust data monitoring security, enabling cross-validation between the inverter’s built-in monitoring and our EMS.
• Client-Friendly Interface:
• Displays real-time data (updated every 30 seconds) on various devices such as laptops, phones, or TVs.
• Customizable interface tailored to display only the information most relevant to each user.
This proprietary system sets new standards in energy monitoring, offering unparalleled insights and control.
