LV Electrical System Design
A LV (Low Voltage) electrical system design refers to the planning and layout of an electrical system that operates at low voltages, typically below 1,000 volts AC.
We specialize in designing safe, efficient, and fully compliant low-voltage electrical systems for commercial, industrial, and residential applications. Our team ensures optimal power distribution, energy efficiency, and long-term reliability while adhering to BS and IEC safety standards. Whether you need a new installation or an upgrade, our tailored solutions guarantee seamless integration with your existing infrastructure.
LV Panel Board Design and Fabrication
LV (Low Voltage) panel boards are electrical distribution units that manages and protects power at voltages below 1,000V (typically 230V or 400V). It distributes electricity to various circuits, provides protection through breakers or fuses, and may include control and monitoring devices. Common types include distribution panels, motor control centers (MCCs), power factor correction panels (PFCs), and automatic transfer switch panels (ATS).
From initial concept to final commissioning, we provide custom LV panel boards engineered for precision and durability. Our solutions support industrial automation, smart grids, and critical power systems, ensuring reliable performance under demanding conditions. Every panel is built to exact specifications, incorporating high-quality components for safety and longevity.
Electrical Testing and Commissioning
Electrical testing and commissioning is the process of inspecting and verifying that electrical systems are properly installed, safe, and fully functional before energizing the system. It involves rigorous testing
Before any system goes live, we conduct rigorous testing (insulation resistance, continuity, circuit breaker calibration, and load testing) followed by systematic commissioning (functional checks, performance validation, and safety inspections) to ensure safety, reliability, and compliance. Our team verifies wiring, protection devices, and operational performance, delivering detailed reports and certifications. This final step guarantees that your electrical installations are ready for seamless, long-term operation.
Energy Audits
An Energy Audit is a systematic evaluation of energy use in a building or facility to identify inefficiencies and recommend cost-effective improvements. It involves collecting utility data, inspecting systems (HVAC, lighting, insulation, etc.), benchmarking consumption against standards, and proposing upgrades along with a cost-benefit analysis. Audits can range from basic walk-throughs to detailed investment-grade assessments.
Our comprehensive Energy Audits help businesses identify inefficiencies, reduce operational costs, and improve sustainability. Using diagnostic tools, we analyze energy consumption patterns and provide actionable recommendations to optimize performance. Whether you aim to lower utility bills or meet green energy goals, our audits deliver measurable results.
Lightning Protection Systems
A Lightning Protection System (LPS) is designed to safeguard buildings and structures from the destructive effects of lightning strikes. It works by capturing the lightning through air terminals (lightning rods), safely conducting the high-voltage current via down conductors, and dispersing it into the ground through a grounding system. LPS provides a controlled discharge path, that reduces the risk of structural damage, fire hazards, equipment failure, and ensures the safety of occupants.
We provide expertly designed lightning protection systems that safeguard your infrastructure and equipment from lightning strikes and electrical surges. Our services include comprehensive risk assessments and the installation of customized solutions that comply with international safety standards. Designed for homes, buildings, industrial sites, and critical facilities. Our systems help minimize downtime, prevent equipment failure, and ensure maximum protection against unpredictable weather events.
Lighting Design
Lighting design is the strategic planning of lighting systems to ensure optimal visibility, comfort, safety, and aesthetic appeal in a space. It involves selecting appropriate fixtures, light levels, and placements based on the function of the area, natural light availability, and energy efficiency goals. Effective lighting design enhances ambiance, supports tasks, and complies with relevant standards across residential, commercial, industrial, and outdoor environments.
We create lighting solutions that balance functionality, aesthetics, and energy efficiency. Whether for homes, offices, retail spaces, or industrial environments, our designs enhance visibility, reduce energy consumption, and improve ambiance. Using the latest LED and smart lighting technologies, we deliver cost-effective and sustainable illumination tailored to your needs.
LPF energy storage solutions
An Energy storage system is a battery-based setup that stores excess electricity, typically generated from solar panels or drawn from the grid during off-peak hours, for later use in a home or business premises. It maximizes self-consumption of renewable energy, reduces reliance on the grid, and provides backup power during outages. These system typically uses LiFePO4 batteries. These systems lower electricity bills, enhance energy independence, and support sustainability by storing energy when it’s cheap or abundant and discharging it when needed.
Renewable Energy Testing
We offer a comprehensive range of testing services to ensure the efficiency, safety, and reliability of renewable energy systems:
Benchmarking – Evaluating system performance against industry standards to identify optimization opportunities.
Performance Testing – Measuring output and efficiency under real-world operating conditions.
DC Insulation Resistance Testing – Ensuring electrical safety and preventing faults by testing insulation integrity in DC circuits.
PV Array Testing – Assessing photovoltaic array performance, wiring integrity, and module condition.
Inverter Performance Testing – Verifying inverter efficiency, conversion accuracy, and compliance with operational standards.