Author: yiyunyinglucky

Pakistan’s electric mobility transition is accelerating from pilots to networks. Two- and three-wheeler fleets in Karachi and Lahore are adopting swapping to eliminate charging wait times, while passenger and light‑commercial platforms test standardized battery packs. Yet distribution feeders in urban cores are already strained, seasonal heat is intense, and humidity and dust are persistent. In…

Pakistan’s industrial energy transition is unfolding in some of the world’s toughest operating environments. Textile mills in Faisalabad endure dusty summers, cement and steel corridors in Punjab and Sindh face abrasive particulates and high ambient temperatures, while coastal installations around Karachi must battle salt mist and humidity. Outdoor PV inverters, wind converters, energy storage PCS,…

SiC: Revolutionizing Braking System Performance Introduction: SiC in High-Performance Braking In the relentless pursuit of enhanced safety, efficiency, and performance, industries worldwide are turning to advanced materials. Among these, custom silicon carbide (SiC) stands out, particularly in demanding applications like braking systems. Traditional braking materials often struggle under extreme conditions, facing challenges such as thermal…

Vietnam’s Emerging SiC Market & Potential The global demand for high-performance materials continues to surge, driven by advancements in critical industries. Among these, Silicon Carbide (SiC) stands out as a material of unparalleled versatility and performance, particularly in demanding environments. As industries worldwide seek innovative solutions for efficiency, durability, and extreme conditions, the spotlight is…

Pakistan’s distributed power landscape is changing fast. Remote communities, mining sites, and industrial parks from Thar and Balochistan to interior Sindh and south Punjab are turning to diesel–solar–storage hybrid microgrids to stabilize supply and control fuel costs. Yet the operating reality—summer heat above 40°C, pervasive dust, salt-mist along the coast, and weak-grid backbones—demands power conversion…

Pakistan’s transport networks are preparing for a step-change in efficiency and reliability. Urban rail systems and electric bus fleets are expanding across Karachi, Lahore, Islamabad–Rawalpindi, and emerging corridors, while operators face extreme summer heat, pervasive dust, and coastal humidity. In this context, traction inverters sit at the heart of operational uptime and lifecycle economics. Silicon…

Pakistan’s mobility transition is entering a pragmatic phase. Carmakers and commercial fleets are introducing electrified platforms while working within the realities of hot summers, dusty roads, and uneven access to high-quality charging. In this environment, the on-board charger (OBC) and on-board DC/DC converter become quiet heroes. They must be efficient under weak grids and fluctuating…

Pakistan’s power system is entering a decisive storage decade. From grid-side batteries that buffer renewables in Jhimpir–Gharo and south Punjab, to commercial and industrial storage behind the meter at textile, cement, and steel facilities, operators need converters that are efficient, compact, and responsive on weak grids. Medium-voltage, direct-connection power conversion systems (PCS) are rapidly moving…

Pakistan’s power quality challenges are intensifying as industrial loads cluster in Karachi, Lahore, Faisalabad, and the southern growth corridors, while variable renewable generation rises on both utility and user sides. Voltage fluctuations, flicker, low power factor, and mid-to-high-order harmonics now threaten uptime for textiles, cement, steel, cold chain, and large EV charging hubs. Grid-side active…