AmpsFactor provides electrical design services for homes, apartments, and residential complexes. We focus on creating efficient layouts for power distribution, lighting, and backup systems to ensure safety and comfort. Our residential designs often include load calculations, panel designs, and energy-efficient lighting to meet modern standards for both convenience and energy savings.
Accurate calculation of electrical loads to ensure safety and efficiency in home power distribution.
Customized panel designs and circuit layouts optimized for modern residential complexes.
Energy-efficient lighting solutions designed for comfort and modern aesthetic standards.
Reliable backup solutions to ensure uninterrupted power supply during unexpected outages.
Our systematic 4-step process ensures a seamless transition from concept to completion, guaranteeing safety, efficiency, and full transparency.
We start by understanding your spatial requirements, load expectations, and aesthetic preferences. We survey the property boundaries and safety margins.
Our engineers draft accurate Single Line Diagrams (SLD), calculate optimal load balancing, and finalize component sizing requirements.
We present the exact Bill of Materials (BOM) with fully transparent pricing. Upon approval, we source standard-compliant, premium components.
Our skilled technicians implement the designs on-site. The final phase involves rigorous testing, system coordination, and complete handover.
We bring industrial-grade safety standards and engineering precision directly into your residential developments.
We strictly adhere to IEEE and IEC compliance standards, ensuring every wire, relay, and panel offers maximum protection against hazards.
Our detailed load balancing and specialized lightning control systems dramatically reduce power wastage and ongoing residential utility costs.
We calculate current transformer demands alongside future expansion assumptions, so if you add heavier loads later, the system won't crash.
You don't need multiple contractors. We handle everything from the initial paper schematics to manufacturing the panels and tightening the last screw on-site.