We design, install, and maintain complete solar solutions including On-Grid, Off-Grid, and Hybrid systems with battery storage and IoT integration.
Solutions include:
Bifacial & Mono PERC panels
Inverters, lithium batteries & smart controllers
Feasibility studies & ROI analysis
Net Metering compliance
Remote monitoring dashboards
Enhancing grid efficiency for factories and institutions.
Services include:
Harmonic analysis using advanced tools
Automated capacitor banks
Harmonic filters
Reduction of utility fines & equipment protection
PLC (Programmable Logic Controller) and SCADA (Supervisory Control and Data Acquisition) are the powerful brains behind modern industrial and energy systems — especially in smart solar plants, water treatment, and manufacturing.
Design and implementation of AC and DC EV chargers for public and private use.
Features:
AC Type 2 and Fast DC (7kW–60kW)
Solar system integration
QR code/RFID-based user access & billing
Mobile and web-based smart control
Smart agricultural pumping systems for remote areas.
Options include:
Drip & sprinkler systems powered by solar
DC & AC submersible pumps
MPPT controllers for max efficiency
Diesel hybrid backup systems
Smart irrigation with IoT (soil sensors, weather, automation)
When PLC and SCADA work together, you get a fully automated, monitored, and optimized system that reduces human error, increases efficiency, and enables intelligent decision-making. From switching solar inverters to controlling pumps, tracking energy performance, or detecting system faults instantly — PLC and SCADA bring your operations to life.
While PLCs act locally, SCADA provides a bird’s eye view.
It is a software system that monitors, displays, and controls the entire process from a central room (or remotely).
SCADA collects real-time data from PLCs, visualizes it on screens, triggers alarms, and stores historical data for analysis.
🔹 Live system monitoring
🔹 Remote control & automation
🔹 Data logging and reports
A PLC is a rugged digital computer designed to control machines and processes.
Think of it as the nervous system of a factory or solar station — receiving data from sensors, processing it, and sending commands to devices like motors, valves, or inverters.
🔹 Real-time Response
🔹 Programmable for any task
🔹 Built to withstand harsh environments
- Scalable Design: Supports parallel operation up to 9 units, allowing total output power up to:
- 55.8KW (for 6200W model)
- 99KW (for 11000W model)
- Pure Sine Wave Output: Safe for sensitive electronics and appliances.
- High PV Input Voltage Range:
Supports solar arrays up to 500VDC.
- Built-in MPPT Solar Charge Controller: High tracking efficiency >98%.
- Smart Battery Management: Compatible with Lithium, LiFePO₄, and Lead Acid batteries.
- Wi-Fi & RS485 Communication: Real
-time monitoring through mobile app or PC.
- Generator Compatibility: Automatic switch between solar, battery, and grid/generator.
- Seamless Switching: <10ms response time for backup mode (UPS-grade).
- Stackable Design: Compact and ready for multi-inverter systems.
- Solar Home Systems
- Commercial Rooftop Installations
- Off-grid Villas & Farms
- Backup Power for Medical or Industrial
Equipment
- EV Charger Supply from Solar
As the exclusive agent for OKA in Egypt, New Sun Solar provides:
- Full installation & after-sales support
- Warranty services and spare parts
- Custom system design and integration with other devices
- Technical training and consultation
150W LED – Powerful Lighting – Weather Resistant
Lithium Phosphate – LiFePO4 200Ah 12.8V
(30A) – Integrated with thermal protection and automatic cut-off system
r (6 amps) – to ensure charge distribution between cells
Type - High Efficiency MPPT - Built-in Voltage Sensor
Voltage sensor to control the operation of the spotlight when the sun is absent
440W capacity - Monocrystalline cell - High efficiency - Mounted on a protective awning-shaped
frame
100W LED - Constant Lighting - Weather Resistant
Lithium Phosphate – LiFePO4 150 Ah 12.8V
(30A) – Integrated with thermal protection and automatic cut-off system
r (6 amps) – to ensure charge distribution between cells
Type - MPPT High Efficiency 20A Output - Built-in Voltage Sensor
A temperature sensor that operates when the temperature rises above 35 to 40 degrees
The system shuts down automatically when the temperature rises above 60 degrees
330W capacity - Monocrystalline cell - High efficiency - Mounted on a protective awning-shaped frame
Any question? sunsolaregy@gmail.com
Solar energy is energy from the sun, captured using photovoltaic (PV) panels and converted into electricity or thermal power.
Solar panels absorb sunlight and convert it into direct current (DC) electricity. An inverter then converts it to alternating current (AC) for use in homes and businesses.
Renewable energy comes from naturally replenished sources such as sunlight, wind, and water. It's clean, sustainable, and reduces dependency on fossil fuels.