Expert Electrical Engineering Services for a Sustainable Future
From solar power to embedded systems, we design and develop solutions to power your projects efficiently.
Explore Our Services
PV System Design
Efficient solar energy solutions for optimized performance
PV Production Modeling
Accurate energy yield predictions for financial viability.
Energy Storage System (ESS) Design
Reliable backup and grid-independent storage systems.
PCB Design & Layout
High-performance PCB design for power electronics & IoT.
EV Charging Infrastructure
Scalable solutions for residential & commercial charging.
Embedded System Development
Hardware & firmware solutions for automation & IoT.
01
PV System Design
Designing a photovoltaic (PV) system requires precision, efficiency, and compliance with regulations. Our expert PV system design service ensures that your solar installation meets energy needs while maximizing output and longevity.
- Site Assessment & Feasibility Analysis – Evaluating sunlight exposure, terrain, and shading for optimal system placement.
- Solar Panel, Inverter, and BOS Selection – Choosing high-efficiency components for reliability and cost-effectiveness.
- System Layout & String Sizing – Designing panel arrangements and electrical configurations for performance optimization.
- Wiring Design & Electrical Schematics – Creating NEC- and IEC-compliant layouts for safe and efficient operation.
- Shading Analysis & Performance Optimization – Using simulation tools to minimize energy losses due to environmental factors.
- Grid-Tied & Off-Grid Integration – Ensuring seamless connection with utility grids or independent solar setups.
- Permitting & Technical Documentation – Providing blueprints and reports required for regulatory approval.
02
PV Production Modeling
Understanding the expected energy output of a solar system is essential for making informed financial and operational decisions. Our PV production modeling service uses advanced simulation tools to analyze and predict system performance.
- Energy Yield Estimation – Utilizing PVsyst, Helioscope, and SAM for precise performance calculations.
- Weather Data Analysis – Integrating real-world climate data to improve accuracy.
- Loss Assessment – Factoring in shading, soiling, temperature, and panel degradation over time.
- DC/AC Ratio Optimization – Ensuring the best inverter-to-panel configuration for maximum efficiency.
- Financial Modeling – ROI, payback period, and Levelized Cost of Electricity (LCOE) analysis.
- Energy Storage Integration – Predicting battery performance when paired with solar generation.
03
EV Charging Infrastructure & Plansets
With the rise of electric vehicles (EVs), well-designed charging infrastructure is crucial. We provide customized EV charging plans for residential, commercial, and fleet applications, ensuring smooth implementation and compliance.
- Battery Sizing & Technology Selection – Lithium-ion, LFP, and flow battery integration for specific needs.
- Hybrid System Integration – Seamless connectivity with solar and EV charging stations.
- Charge/Discharge Cycle Optimization – Extending battery life through efficient power management.
- Backup Power & Microgrid Design – Ensuring uninterrupted power supply in case of outages.
- BMS & Control System Integration – Smart battery management for monitoring and control.
04
Energy Storage System (ESS) Design
A well-designed energy storage system (ESS) ensures power reliability, grid independence, and optimized energy usage. We design tailored solutions for residential, commercial, and industrial energy storage needs.
- Battery Sizing & Technology Selection – Lithium-ion, LFP, and flow battery integration for specific needs.
- Hybrid System Integration – Seamless connectivity with solar and EV charging stations.
- Charge/Discharge Cycle Optimization – Extending battery life through efficient power management.
- Backup Power & Microgrid Design – Ensuring uninterrupted power supply in case of outages.
- BMS & Control System Integration – Smart battery management for monitoring and control.
05
PCB Design & Layout
From power electronics to embedded systems, we design printed circuit boards (PCBs) that ensure manufacturability, reliability, and efficiency.
- Schematic Design & Component Selection – Optimized for power, signal integrity, and efficiency.
- High-Speed, Power, and RF PCB Layout – Ensuring EMI/EMC compliance and reliability.
- Multi-Layer PCB & Flexible Board Design – Advanced solutions for compact and complex applications.
- Design for Manufacturability (DFM) – Ensuring smooth transition from prototype to mass production.
06
Embedded System Development
We develop embedded systems for IoT, industrial automation, and consumer electronics, integrating firmware and hardware to build high-performance solutions.
- Microcontroller & Microprocessor-Based Development – Leveraging STM32, ESP32, ARM, and more.
- Firmware Development in C, C++, and Assembly – Optimized for real-time and low-power applications.
- RTOS & Bare-Metal Firmware Solutions – For industrial-grade real-time performance.
- Wireless Connectivity – Wi-Fi, BLE, LoRa, Zigbee integration for IoT applications.
- Hardware-Software Co-Design – Ensuring seamless interaction between firmware and PCB design.
Let’s Build Your Next Big Project!
Our team is ready to assist you with expert electrical and embedded system solutions.
Get in Touch
Ready to Power Your Project?
Call Us
+92 3106271230
Address
G-10, Islamabad, Pakistan
Sialkot Cantt, Pakistan