AmpsFactor delivers complete electrical design layout services, focusing on safety, compliance, and energy-efficiency for multiple sectors.
Sizing calculations are essential to ensure all components in an electrical system are rated correctly for safety, efficiency, and compliance with high-level standards.
Calculates capacity based on total load demand, startup currents, and future expansion. Ensures reliable power supply and backup.
Determines total electrical load considering demand factors, diversity, and peak usage for proper transformer, cable, and panel sizing.
Designs grounding configurations for efficient fault dissipation, including calculating electrode resistance and earth conductor sizing.
Analysis and adjustment of protective relays to ensure that during a fault, the correct relays trip in sequence, isolating the fault securely.
We specialize in creating custom-engineered electrical power and control panels, offering flexible manufacturing capabilities for applications of any scale.
Calculating the optimal size for Main Distribution Boards (MDBs), Sub-Panels, and Control Panels. Selecting components precisely aligned with required safety regulations.
Generating detailed single-line diagrams (SLDs), wiring diagrams, load calculations, busbar sizing, breaker & fuse sizing, and comprehensive Bill of Materials (BOM).
Detailed cost breakdowns for components and design services, delivering cost-effective and optimized solutions without compromising quality or reliability.
From meticulous planning to seamless installations, our team manages end-to-end electrical fulfillment on site.
Customized electrical system layouts, SLDs, and design for projects of all sizes from residential buildings to heavy industrial facilities.
Procurement of high-quality electrical materials coupled with professional erection and wiring of electrical systems, power distribution, and lighting setups.
Dedicated ongoing regular servicing, rapid-response troubleshooting, and critical repairs of active electrical systems to guarantee minimum operational downtime.