Automatrix Engineering

Complexity Made Simple

Agency based in Lahore, Pakistan

Featured Clients

Projects

Pinned

Allied Energy

Suleman Foods

At Sulman Foods, a 400 kW solar system consisting of 5 Huawei inverters has been synchronized with multiple diesel generators — one 100 kW, one 200 kW, and one 75 kW. When the generators are operating alongside the solar system, approximately 30% of the load is carried by the generators, while the remaining load is supplied by solar. When utility power (WAPDA) is available, the maximum load is shifted to solar, and any excess energy is exported to the grid — provided that net metering is enabled. If net metering is not available, the system operates in zero-export mode, ensuring that no energy is sent back to the grid.

February, 2025

Synchronization Automation PV Controlling PLC Programming

Pinned

Enertech Engineering

NorthWest Hospital

Automatrix Engineering delivered a comprehensive automation and energy control solution at Northest Hospital, integrating two solar inverters, one grid connection, and one backup generator to ensure seamless energy management and operational efficiency. 🌟 Key Features: 1. Comprehensive Automation & Control: Fully integrated system for automated power flow control, source priority management, and load optimization. 2. Real-Time Monitoring: Local and remote access for system performance insights via web and mobile platforms. 3. User-Friendly Interface: Equipped with PLC and HMI for intuitive operation, real-time data display, and control flexibility. 4. Lifetime Cloud Subscription: Unlimited, cloud-based monitoring ensures 24/7 access to system analytics and alerts. 5. Standard Data Logging: Energy data recorded at one-minute intervals, supporting precise performance tracking and diagnostics. 6. Flexible Grid Export Control: Enables zero export (no power back to the grid) or maximum export for net-metering compliance. 7. Genset Reverse Power Protection: Safeguards generator integrity by preventing reverse power flow. 8. System Synchronization: Smooth and safe synchronization between solar, grid, and generator for uninterrupted power supply. This deployment ensures energy reliability, cost savings, and sustainability for Northest Hospital while providing full visibility and control to facility managers through advanced automation tools.

December, 2024

Graphic Designing PLC Programming Synchronization Power Generation

Pinned

Solwave Energy

Ittifaq Rice Mill

At Itefaq Rice, a 200 kW solar system has been synchronized with two diesel generators — one of 100 kW and the other of 200 kW. When the generators are running along with the solar system, approximately 30% of the load is handled by the generators, while the remaining load is supplied by solar. However, when the utility (WAPDA) is available, the maximum load is shifted to solar, and any excess energy is exported back to the grid in Net-metering case.

November, 2024

Industrial Automation PLC Programmer Synchronization EMS

Pinned

Hub Engineering Pk

Shafi Life Style

Automatrix Engineering team has successfully synchronized a system that includes a 400 kW solar power setup, a connection to the national grid (Wapda), and a generator (genset). This kind of setup is typically used in hybrid power systems to ensure continuous power supply by utilizing multiple sources efficiently. Load Management:** The system can prioritize the solar power generation to reduce dependency on Wapda and genset, leading to cost savings and reduced fuel consumption. Synchronization:** Proper synchronization ensures that all power sources (solar, grid, and genset) are working in harmony, sharing the load according to predefined priorities or conditions. Automatic Transfer Switching:** The system likely includes automatic transfer switches to seamlessly switch between power sources depending on availability, load demand, and other factors like cost and emissions. Power Quality and Stability:** The synchronization ensures that the power quality remains stable, with constant voltage and frequency, regardless of the power source. Monitoring and Control:** The system would typically have a monitoring and control system to oversee operations, manage the load, and ensure efficient energy distribution.

April, 2024

Elum Controller PV DG Controller

Pinned

Self Project

Afia Noor

July, 2024

Industrial Automation Engineer PLC Programmer

Hub Engineering Pk

Marhaba Hatchery

* PV Genset Synchronization * Zero Export * Getset Reverse power Protection * Cloud Controlling & Monitoring

October, 2024

PV Genset Controller

Pinned

Enertech Engineering

CECOS University

Automatrix Engineering successfully deployed a PV Genset Controller solution at CECOS University, integrating three solar inverters, one diesel generator, and the national grid into a seamless hybrid energy system. ✅ Key Features of the Installation: Zero Export to Grid**: Ensures that no excess solar power is fed back to the utility grid, complying with local regulations and optimizing system control. Reverse Power Protection**: Protects the generator from reverse power flow, enhancing safety and equipment lifespan. Maximum Solar Utilization**: Prioritizes solar energy consumption, significantly reducing diesel generator runtime and fuel costs. Seamless Synchronization**: Coordinates between solar inverters, generator, and grid to maintain a stable and efficient power supply for campus operations. This intelligent control system enables real-time energy optimization, automated switching, and reliable performance, supporting the university’s commitment to sustainability and energy efficiency.

March, 2025

PLC Programming HMI Synchronization PV Control Industrial Automation

Pinned

Solwave Energy

AA Cotton Industries

PV Genset Controller System At Automatrix Engineering, we specialize in advanced energy automation solutions. We have successfully installed and commissioned a PV Genset Controller System, ensuring seamless energy management and optimized power distribution. System Overview: 🔹 Inverters: 5 x FOX Inverters (Solar PV) 🔹 Genset: 1 x Diesel Generator 🔹 Grid Supply: 1 x Grid Connection 🔹 Controller: PV Genset Controller for intelligent power management Key Features & Benefits: ✅ Seamless Integration – Smart synchronization of solar, generator, and grid power. ✅ Smart Load Sharing – Dynamic load balancing for optimal energy utilization. ✅ Fuel & Cost Savings – Maximized solar usage reduces fuel dependency. ✅ Reliable Power Supply – Uninterrupted power with automated switching. ✅ Real-Time Remote Monitoring – Access system data anytime, anywhere. ✅ User-Friendly Interface – Designed for operators, engineers, laymen, and management, ensuring ease of use at all levels. ✅ Customizable Alarms & Reports – Instant alerts and detailed performance analytics for proactive decision-making. This installation demonstrates our expertise in power automation, PV-DG synchronization, and energy efficiency solutions. At Automatrix Engineering, we provide cutting-edge solutions tailored to meet modern energy demands. 📩 Looking for a similar solution? Get in touch with us today!

January, 2025

Automation Load Management PV Genset Controller Remote monitoring Solar Power Controller

Pinned

Etronix Solutions

Techno Glass Karachi

Automatrix Engineering implemented a robust energy automation system at Techno Glass, Karachi, integrating three solar inverters, one diesel generator, and one grid connection into a fully synchronized, smart power management solution. 🔍 Key Features: 1. Comprehensive Automation & Control: Seamless management of solar, generator, and grid sources, with dynamic load handling and source priority logic. 2. Real-Time Monitoring: Full local and remote access to system data via web dashboard and mobile app. 3. User-Centric Interface: Integrated PLC and HMI deliver a responsive and intuitive user interface for real-time control and status monitoring. 4. Lifetime Cloud Subscription: Provides 24/7 remote monitoring with no recurring costs, ensuring long-term performance visibility. 5. Standard Data Logging: Logs data every one minute for accurate historical insights and operational analysis. 6. Grid Export Flexibility: Supports Zero Export (for non-net-metered setups) and Maximum Export (in case of net metering), offering compliance and control. 7. Genset Reverse Power Protection: Ensures the generator is protected from potential damage due to reverse current. 8. Full Synchronization: Smooth coordination between inverters, grid, and generator for uninterrupted, efficient energy delivery. This solution empowers Techno Glass to maximize solar usage, minimize fuel consumption, and maintain consistent power quality—supporting both operational goals and sustainability initiatives.

December, 2024

Programing Industrial Automation Smart Solutions EMS

Pinned

Hub Engineering Pk

Ghani Value Glass

HFO Engine Monitoring and Control. Real-time trends. Alarms * Real-time * Unconfirmed * Confirmed * History Bar Graph of cylinders Temperature Generator start and stop.

Ongoing Project

HFO Monitoring & Control Scada

Hub Engineering Pk

Karachi Grains private Limited

* PV Genset Synchronization * Reverse Protection for Genset * Zero Export * Cloud & local Monitoring * Customized Reporting

October, 2024

PV Genset Synchronization

Hub Engineering Pk

Matchless Engineering Lahore

July, 2024

Elum PV DG Controller

Services

Water Management System

Water is a precious resource, and managing it efficiently is essential for residential, commercial, and industrial operations. Automatrix Engineering offers a smart, automated water management system to control water levels, prevent wastage, monitor usage, and ensure optimal water supply. Key Features with Examples 1. Automatic Water Level Control • Sensors detect water levels in tanks and trigger pumps to fill tanks automatically when levels drop below a certain point. • Example: In apartment buildings, tanks are filled seamlessly without human intervention, preventing overflow and shortages. • Benefit: Saves labour and ensures uninterrupted water supply. 2. Automatic Water Filling and Pump Management • Integrated with pumping systems, our solution ensures water tanks and reservoirs are filled efficiently. • Example: In industrial facilities, multiple tanks are managed without overloading pumps, saving energy and preventing damage. 3. Water Usage and Consumption Monitoring • Our system tracks water consumption in real time, providing insights into daily, weekly, and monthly usage. • Example: Housing societies can monitor each apartment’s usage to ensure fair billing and detect excessive usage. • Benefit: Promotes accountability, reduces wastage, and allows cost control. 4. Wastage Control and Leak Detection • Advanced leak detection sensors identify unusual drops in water levels and trigger alarms to stop wastage. • Example: Factories or buildings with large pipe networks can quickly detect leaks to avoid water loss and repair costs. 5. Remote Monitoring and Alerts • Access water level data, pump status, and consumption insights via a cloud-based dashboard or mobile app. • Example: Facility managers can monitor water usage in factories or buildings even while offsite. • Benefit: Enables proactive management and better resource planning. Where This System Can Be Applied 1. Residential Areas • Housing societies, apartment buildings, and gated communities. • Benefits: Eliminates water shortages, ensures fair water distribution, and reduces manual checks. 2. Commercial Buildings • Hotels, malls, offices, and hospitals with complex water systems. • Benefits: Manages supply across multiple floors and departments efficiently. 3. Industries • Factories, manufacturing plants, and production units that use water in processes. • Benefits: Reduces water wastage, optimizes consumption, and prevents downtime. 4. Agriculture and Irrigation • Automatic water level management for farms, canals, and irrigation systems. • Benefits: Ensures timely irrigation and minimizes water wastage. 5. Municipal Water Supply Systems • Smart monitoring for reservoirs, underground tanks, and distribution networks. • Benefits: Prevents leaks, improves supply planning, and reduces water loss. 6. Educational and Healthcare Institutions • Schools, universities, and hospitals with significant water demands. • Benefits: Ensures consistent supply, controls wastage and manages costs. Benefits of Implementing Water Management Automation • Automatic Monitoring: Water levels are tracked and managed in real-time without manual checks. • Leak Detection: Instant alerts identify leaks or unusual usage, reducing water loss. • Energy Savings: Pumps operate efficiently, lowering energy consumption. • Consistent Supply: Prevents shortages and ensures a steady water flow. • Reduced Wastage: Prevents overflow and promotes responsible water usage. • Cost Control: Usage tracking and analytics help optimize water expenses. Real-Life Example In a housing society with 200 apartments, managing water supply for each building was a challenge. Manual checks led to water overflows and shortages, increasing costs. After implementing our system: • Water wastage reduced by 30% through automatic refilling. • Billing became fair with accurate usage monitoring for each apartment. • Maintenance teams saved time with instant leak alerts. Why Choose Automation for Water Management? 1. Saves Time and Labor: Reduces the need for manual intervention. 2. Cost-Efficient: Optimizes water usage and energy consumption. 3. Prevents Wastage: Leak detection and smart monitoring save resources. 4. Improves Reliability: Ensures consistent water availability. 5. Sustainability: Promotes responsible water use, aligning with environmental goals. Take Control of Your Water Systems Water is valuable—let’s manage it smartly. Whether you run a housing society, factory, or commercial space, our Water Management System guarantees efficiency, savings, and peace of mind. 📞 Contact Automatrix Engineering today to explore how automation can make your water systems smarter.

Price Available on Request

Power Automation Services

At Automatrix Engineering, we offer advanced Power Generation Automation solutions to optimize, monitor, and control your power systems efficiently, ensuring reliability, reduced downtime, and cost savings. Key Features of Power Generation Automation 1. Power Source Monitoring and Control • Real-time monitoring of multiple power sources, including grid, diesel generators (DG), solar systems, and batteries. • Seamless local and remote control to manage source outputs and ensure operational reliability. • Instant fault detection and notifications for quick corrective actions. 2. Source Synchronization • Automatic synchronization of multiple power sources (e.g., DG sets with solar or grid). • Load-sharing capabilities to maintain a balanced power supply during peak demand. • Reduces the risk of system instability or outages during switching. 3. Monitoring and Operation • Centralized dashboards with real-time data visualization to track power performance. • Integration with SCADA systems for enhanced control and decision-making. • Advanced alarms and notifications for critical faults or anomalies. 4. Automated Reporting and Analytics • Generate detailed performance reports and operational logs. • Monitor key metrics such as fuel consumption, load distribution, efficiency, and uptime. • Leverage predictive analytics to identify potential failures and plan preventive maintenance. 5. Repetitive Task Scheduling • Automate tasks such as fuel checks, runtime logging, start-stop sequences, and system testing. • Reduce human error and ensure timely execution of critical tasks. 6. Remote Access and Cloud Integration • Manage your entire power generation setup remotely via cloud-based systems. • Real-time access to performance data and reports from any device, anywhere. • Improve collaboration among operators, managers, and service providers. 7. Energy Optimization • Maximize efficiency with automated load management and source prioritization. • Optimize fuel consumption in DG operations and enhance integration of renewable energy sources. • Save costs through load forecasting and operational analytics. 8. Comprehensive Support for Stakeholders • Operators: Simplify monitoring and operational control. • Managers: Gain data-driven insights for improved decision-making. • Maintainers: Streamline fault detection, alarms, and maintenance scheduling. • Owners: Reduce operating costs, improve uptime, and enhance energy reliability. • Service Providers: Access critical data to deliver proactive and efficient support. Benefits of Power Generation Automation 1. Increased Efficiency: Optimize power flow, reduce downtime, and automate repetitive tasks. 2. Reduced Costs: Save fuel, reduce manual intervention, and prevent expensive system failures. 3. Improved Reliability: Seamless synchronization and source balancing ensure system stability. 4. Remote Control: Gain full visibility and control of your power systems from anywhere. 5. Sustainability: Integrate renewable energy sources and improve energy efficiency. 6. Scalability: Solutions that grow with your operational needs and power demands. Why Choose Automatrix Engineering? • Expertise: Our team brings years of experience in power automation and control systems. • Customized Solutions: Tailored automation to fit your specific power generation setup. • End-to-End Services: From system design, installation, and commissioning to support and maintenance. • Advanced Technology: We use state-of-the-art controllers, SCADA, and cloud-based monitoring tools. Transform Your Power Generation Systems Today Investing in Power Generation Automation is not just about efficiency; it’s about future-proofing operations, reducing operational stress, and enabling smarter decisions. Automatrix Engineering ensures you have the tools to monitor, manage, and optimize power generation systems effortlessly. Contact us today and take the first step towards reliable, efficient, intelligent power management. 🚀

Price Available on Request

Industrial Energy Monitoring and Automation

Services We offer comprehensive energy monitoring and automation solutions tailored to meet the diverse needs of various industrial sectors. Our services are designed to enhance operational efficiency, optimize energy consumption, and ensure reliable power management across different facilities. 1. Energy Data Extraction and Monitoring: Versatile Sources:** We integrate data from multiple generator sources, grid supplies, and energy analyzers. Real-Time Monitoring:** Continuous monitoring of key parameters such as voltage, current, power factor, frequency, and power. 2. Power Production and Consumption Analysis: Trend Analysis:** Detailed analysis of power production and consumption trends to identify patterns and opportunities for optimization. Visualization:** Graphical representation of energy data for easy understanding and decision-making. 3. Logging and Event Tracking: Comprehensive Logs:** Detailed logging of all energy-related events and activities. Event Tracking:** Monitoring and tracking significant events to ensure smooth operations. 4. Alarm and Notification System: Real-Time Alerts:** Immediate alarms for any anomalies or issues detected in the system. Notifications:** Timely notifications sent to relevant personnel to address issues promptly. 5. Automated Reporting: Daily Reports:** Automated generation and distribution of daily reports via email. Customizable Content:** Reports include detailed data on energy production, consumption, events, and alarms. 6. Local and Remote Monitoring and Control: Accessibility:** Monitoring and control accessible on multiple devices, both locally and remotely. Secure Remote Access:** Ensuring secure access for monitoring and controlling the system from anywhere. 7. Enhanced Operational Efficiency: Optimization:** Continuous monitoring and analysis to optimize energy usage and reduce waste. Efficiency:** Ensuring efficient operation of all power houses to minimize energy costs. Example Modules and Products: SICES, Deep Sea, comAp etc or Energy Analyzers:** Can be used for data extraction and monitoring in power houses. Energy Analyzers:** Various models for real-time energy data monitoring like Fico, Circutor, Janitza, Lovato, Schnieder and many other brands. Similar Products:** Other industry-standard modules and analyzers can be integrated based on specific requirements. Our services are adaptable to different operational methodologies and philosophies, ensuring that each power house, whether it be dyeing, weaving, or turbine, operates at peak efficiency. We provide solutions that cater to the unique needs of each facility, making our energy management services essential for any industrial setup. Feel free to reach out to us for more information on how we can help you achieve your energy management goals! 😊

Price Available on Request

Automatic Fuel Filling and Monitoring System

Managing fuel efficiently can be challenging in industries where fuel-powered generators, machinery, or vehicles are critical for operations. Automatrix Engineering offers a robust Automatic Fuel Filling and Monitoring System to simplify operations, save costs, and eliminate manual errors. Key Features with Examples 1. Real-Time Fuel Level Monitoring • Our system uses ultrasonic or capacitive sensors to monitor fuel levels in tanks accurately. • Example: A factory running multiple diesel generators can monitor fuel consumption on a central dashboard instead of sending workers to physically check tanks. • Benefit: Saves labour hours, prevents human errors, and improves planning. 2. Automatic Fuel Dispensing • Integrated with fuel pumps, the system automatically dispenses fuel when the tank reaches a set threshold. • Example: In construction sites, where generators run 24/7, refilling occurs automatically once fuel falls below 20%, preventing downtime. • Benefit: No manual intervention is needed, ensuring smooth operations. 3. Fuel Consumption Analytics and Reports • Data logging provides insights into daily, weekly, or monthly fuel usage trends. • Example: A logistics company can identify inefficiencies in fuel usage for trucks, leading to cost savings. • Benefit: Prevents pilferage, improves budgeting, and ensures optimal fuel usage. 4. Leakage and Theft Detection • The system triggers immediate alerts if fuel levels drop abnormally due to leaks or theft. • Example: On a remote site, unauthorized fuel siphoning will be instantly detected and reported to management. • Benefit: Protects assets, prevents fuel loss, and enhances security. 5. Cloud-Based Remote Access • Users can monitor fuel levels, refilling schedules, and performance in real-time from anywhere using a smartphone or computer. • Example: A factory owner on a business trip can remotely check all tank statuses and fuel expenses via a cloud dashboard. • Benefit: Better control, transparency, and convenience. 6. Integration with Other Systems • Works seamlessly with SCADA systems, IoT dashboards, and automation tools already in place. • Example: Fuel usage data can be combined with generator runtime hours to predict maintenance schedules. • Benefit: Streamlined operations and proactive maintenance. How This Benefits You Traditional Methods With Our System Manual Fuel Checks* → *Real-time, Automated Monitoring** Delayed Refilling* → *Automatic Refills Without Intervention** Fuel Theft Unknown* → *Instant Alerts for Abnormal Usage** Time-Consuming Reports* → *Instant Analytics and Usage Trends** Unplanned Downtime* → *Smooth, Uninterrupted Operations** Real-World Example Consider a manufacturing plant running multiple generators for backup power. Manual fuel monitoring led to delays in refuelling, causing unplanned downtime and production losses. After implementing our Automatic Fuel Filling and Monitoring System, the plant achieved: • Zero downtime due to automated refills. • 15% cost savings by eliminating fuel theft and wastage. • Improved operational efficiency through real-time insights and remote monitoring. Why Automation Matters • For Small Businesses: Saves labour costs, reduces manual work, and improves productivity. • For Large Factories: Offers precise fuel management for multiple tanks and sites, ensuring smooth operations. • For Remote Sites: Prevents downtime and theft in critical operations like construction, mining, or telecom towers. Take the Next Step By automating your fuel management with Automatrix Engineering, you can ensure reliability, reduce costs, and focus on your core operations. Let’s simplify fuel management for you! 📞 Contact us for a free demo or consultation.

Price Available on Request

Industrial Automation and IIoT Solutions

At Automatrix Engineering, we specialize in empowering industries to adopt smart automation and IIoT technologies that revolutionize operations, reduce costs, and drive sustainable growth. Transform Your Operations with Industrial Automation In a competitive industrial landscape, outdated systems slow productivity, increase downtime and raise operational costs. Our industrial automation solutions are tailored to streamline and optimize every aspect of your production process. 1. PLC and HMI Development: • Intelligent control solutions for complex industrial systems. • Custom programming to optimize machine efficiency and safety. 2. SCADA Systems: • Real-time monitoring and control of production systems. • Centralized dashboards for data visualization and automated reporting. 3. Sensor and Actuator Integration: • Automated feedback loops to ensure precision, reduce errors, and improve quality. • Advanced alarm systems to prevent failures and reduce unplanned downtime. 4. Energy Optimization: • Industrial energy monitoring to reduce energy wastage. • Integration with energy analyzers for real-time consumption insights. Leverage IIoT for a Smarter Future The Industrial Internet of Things (IIoT) combines smart devices, cloud technologies, and AI-driven analytics to modernize industrial systems. Automatrix Engineering helps industries embrace connected factories with: 1. Real-Time Data Acquisition: • Connect legacy systems and modern equipment with IoT-enabled sensors. • Collect, store, and analyze critical operational data. 2. Predictive Maintenance: • Use AI-powered analytics to predict equipment failure before it happens. • Reduce costly downtime and extend machine life. 3. Remote Monitoring and Control: • Access your plant’s operations anytime, anywhere via cloud dashboards. • Control processes remotely to ensure uninterrupted production. 4. Customized IIoT Dashboards: • Track KPIs (Key Performance Indicators) with tailor-made dashboards. • Automate report generation for insightful decision-making. Why Upgrade to Automation and IIoT? 1. Increased Efficiency: Automate repetitive tasks to boost productivity. 2. Cost Savings: Reduce labour costs, energy wastage, and equipment failures. 3. Improved Decision-Making: Access actionable insights from real-time data. 4. Enhanced Quality: Ensure consistent and error-free production. 5. Scalability: Prepare your plant for future growth with scalable solutions. Who Can Benefit? Our solutions are ideal for: • Manufacturing Industries: Improve production line efficiency and reduce bottlenecks. • Energy Sectors: Monitor and optimize energy generation and consumption. • Process Industries: Automate chemical plants, food processing, and more. • Utilities and Infrastructure: Implement IIoT for water, gas, and electricity networks. Invest in Your Future with Automatrix Engineering At Automatrix Engineering, we don’t just provide technology; we deliver innovation and growth. Whether you want to upgrade existing systems or implement a fully connected factory, our team ensures a smooth transition to smart automation and IIoT. Contact us today to transform your operations, increase profitability, and stay ahead in an ever-evolving industrial world.

Price Available on Request

PV DG Controller

Service Description: PV DG Controller Our PV DG Controller is a state-of-the-art solution designed to optimize the integration and management of power generation from solar photovoltaic (PV) systems and diesel generators (DG). It offers advanced real-time monitoring, control, and customization features across grid supply, generator supply, and solar inverters. Here’s an expanded overview highlighting its optional features and benefits: Real-time Monitoring and Reporting: Grid Supply Monitoring: Provides continuous monitoring of power and energy parameters from the grid, ensuring real-time visibility into grid availability and quality. Generator Supply Monitoring: Tracks generator output to ensure reliable backup power and efficient utilization. Solar Inverter Monitoring: Monitors key performance metrics of solar PV systems, including power generation, voltage, and current, facilitating effective management of solar energy production. Control and Optimization: Power Production Control: Manages solar power production according to user-configured parameters for grid and generator operations, optimizing energy usage and cost savings. Prevention of Reverse Power: Implements safeguards to prevent generators from experiencing reverse power conditions, enhancing operational safety and efficiency. Zero Export Limitation: Controls solar PV systems to limit or prevent excess power export to the grid, aligning with regulatory requirements and maximizing self-consumption. Optional Features: LAN and Remote Monitoring: Offers LAN and remote monitoring capabilities, enabling operators to monitor and manage system performance from anywhere, ensuring proactive maintenance and troubleshooting. Custom Integration: Supports custom integration capabilities for specific user requirements, such as overloading shunt management and automatic operation of auxiliary systems based on predefined conditions. Auxiliary Operation Control: Automates auxiliary systems operation based on user-defined criteria, optimizing overall system efficiency and reducing operational complexity. Benefits: Enhanced Efficiency: Integrates and optimizes multiple power sources to improve overall operational efficiency and reliability of power supply. Cost Savings: Reduces fuel consumption by optimizing the use of solar energy and diesel generators based on real-time demand and grid conditions. Compliance and Safety: Ensures compliance with regulatory requirements regarding grid interaction and power export limitations, enhancing system safety and reliability. Remote Monitoring and Management: Enables remote monitoring and management capabilities, facilitating proactive system maintenance and minimizing downtime. Applications: Commercial and Industrial Facilities: Ideal for businesses seeking to reduce energy costs and enhance energy resilience through optimized power management. Remote and Off-grid Installations: Suitable for off-grid or remote locations where reliable power supply from solar and generator sources is critical. Utility-Scale Solar Installations: Supports utility-scale solar PV installations by providing robust monitoring and control capabilities for grid interaction and power management. Conclusion: Our PV DG Controller represents a significant advancement in energy management technology, offering comprehensive monitoring, control, and customization options to maximize efficiency, reliability, and cost-effectiveness. Whether for commercial, industrial, or utility-scale applications, it ensures seamless solar and generator power integration, enhancing overall system performance and resilience in diverse operational environments. With optional LAN, remote monitoring, and customizable integration features, it empowers users to optimize energy usage and maintain operational efficiency according to specific needs and regulatory requirements.

Price Available on Request

About Us

At Automatrix Engineering, we are at the forefront of industrial innovation, delivering smart automation solutions that redefine operational excellence. Based in Pakistan, we specialize in Industrial Automation, Process Control Systems, Energy Management,Solar Synchronization, SCADA & BMS. helping businesses transition into the future with confidence.

Driven by a vision to transform industries through advanced, efficient, and sustainable technology, we offer a wide range of tailored services including:

🔧 Industrial & Process Automation
🏠 Power Synchronization.
🧠 Automation Consulting & System Design
🔋 Energy & Building Management Systems (EMS & BMS)
🌞 PV-DG Synchronization and Solar EPC
🖥 Customized SCADA Systems
⚙️ Elum Controllers and Hybrid Solutions

We serve a diverse clientele—from textile mills to energy giants—empowering them with cutting-edge automation, seamless system integration, and around-the-clock technical support.

Our strength lies not only in technology but in our team of certified engineers, project managers, and automation specialists who collaborate to design solutions that enhance productivity, reduce costs, and ensure long-term scalability.

With every project, we strive to be more than a service provider—we aim to be a trusted partner in your growth journey, offering consultation to commissioning, training to technical support, and maintenance to modernization.

📞 Let’s Build the Future Together

Explore our solutions at www.automatrix.pk or reach out at:

📧 sales@automatrix.pk | ☎️ +92 300 105 1050

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