Smart Solar, Embedded & Simulink Solutions
About Us
Our Projects
Solar Design (Software)
Tools Used:
PVsyst – Energy yield estimation, shading analysis, string sizing
HOMER – Hybrid renewable system optimization
SAM – Performance and financial analysis
Deliverables:
Bill of Quantities (BOQ)
System layout
Performance reports
Embedded Systems / Arduino Programming
Services:
Arduino/ESP32 firmware development
Battery Management Systems (BMS)
MPPT algorithm implementation (P&O, Incremental Conductance)
Sensor integration and automation
Deliverables:
Clean and well-documented code
Testing support
Integration guidance
MPPT Charge Controller Solutions
Features:
PWM-based MOSFET driver design
LCD and SD card logging
Customizable battery charging profiles
Deliverables:
Arduino code
Wiring diagrams
Technical documentation
IoT Solar Monitoring
Capabilities:
ESP32/ESP8266-based connectivity
Web and mobile dashboards
Real-time data visualization
Remote fault detection and alerts
Deliverables:
Cloud-based dashboard
Live monitoring setup
Hardware Prototyping & Integration
Services:
PCB design and fabrication
Circuit integration and testing
Prototype development and commissioning
Deliverables:
Fully functional prototype
Circuit schematics
Training & Documentation
Offerings:
Hands-on Arduino + Solar workshops
User manuals and Standard Operating Procedures (SOPs)
Online and offline training sessions
Deliverables:
Learning materials
Recorded sessions (on request)
MATLAB/Simulink Modeling & Simulation
Modeling Services:
PV system modeling (IV curves, MPPT behavior)
Power electronics simulation (DC-DC converters, inverters)
Control system design (PID, fuzzy logic, adaptive control)
Hybrid energy systems modeling and optimization
Deliverables:
Simulink models
Simulation results
Detailed technical reports
Our Services
Our Core Services
Solar Design (Software)
Design and simulate solar PV systems using industry-standard tools like PVsyst, HOMER, and SAM. Analyze energy yield, perform shading analysis, and optimize hybrid renewable systems.
Embedded Systems / Arduino Programming
Develop firmware for Arduino and ESP32-based systems. Implement MPPT algorithms, integrate sensors, and build custom automation solutions for solar and energy projects.
MPPT Charge Controller Development
Create efficient charge controllers using PWM-based MOSFET drivers. Features include LCD display, SD card logging, and customizable charging profiles for different battery types.
IoT Solar Monitoring
Enable real-time monitoring of solar systems using ESP32/ESP8266. Build web/mobile dashboards with live data visualization and remote fault detection capabilities.
Training & Documentation
Offer hands-on workshops, user manuals, and SOPs for solar and Arduino projects. Provide both online and offline training sessions, with recordings available on request.
MATLAB/Simulink Modeling & Simulation
Model PV systems, simulate power electronics, and design control systems using MATLAB/Simulink. Optimize hybrid energy setups with detailed simulation reports.
Why Choose Us
5+ years experience in Solar & Embedded Systems Skilled in Arduino, ESP32, MATLAB/Simulink, PVsyst, HOMER, SAM 20+ delivered projects Training + complete documentation
Pricing Table
Basic Plan
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Simple Arduino sketch OR MATLAB model.
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1 sensor/system integration.
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Delivery within 5 days.
Premium Plan
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MPPT algorithm / Simulink PV model.
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LCD + SD logging OR hybrid system simulation.
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3 revisions.
FAQ
Yes, all projects include clean, documented source code. Yes, we build custom Simulink models for PV, converters, and hybrid systems. Yes, we provide online training (Arduino, MATLAB, PV design software). Simply use the contact form or WhatsApp for quick communication.