Further Lab Testing and Results The Problem: Electrical Noise in Modern Vehicles Today’s ICEs and EVs have complex electrical systems. Harmonics from inverters, motors, and DC–DC converters can cause: 🔥Thermal inefficiencies in motors and battery subsystems ⚡Harmonic distortion (THDi) on the power bus 📶 Conducted EMI that disrupts infotainment and ADAS 🧲 In-cabin magnetic fields --> Affecting passenger wellness and driver fatigue These distortions are often invisible, but they drain power and reduce component lifespan. BWD is designed to tackle these issues at the source, reducing harmonic distortion by 50–60% to deliver smoother operation, longer component life and a quieter cabin. Laboratory Testing: BWD has undergone rigorous waveform analysis and harmonics attenuation tests under controlled conditions. Significant reduction in Total Harmonic Distortion (THDi) has been observed, aligning with IEEE 519 power quality standards. See the IEC 62764-1 test results in the table below for details. Test results indicate a smoother sinusoidal waveform and reduced noise on the electrical line.

Frequently Asked Questions (FAQ) about BalanceWave Technology 1. What is Balance Wave Technology (BalanceWave)? Balance Wave Technology (BalanceWave) is an innovative energy optimization solution that enhances the efficiency, reliability, and sustainability of electrical systems by optimizing current flow, reducing harmonics, and minimizing energy losses. It is particularly beneficial for data centers, manufacturing plants, and other high-energy usage sectors. 2. How does Balance Wave Technology work? BalanceWave works by improving the flow of electrical currents, reducing resistance, and minimizing energy wastage due to harmonics and heat generation. It optimizes the performance of your electrical infrastructure, resulting in energy savings and improved system reliability. 3. What kind of energy savings can I expect with BalanceWave? On average, BalanceWave can reduce energy consumption by 12-15%. The exact savings depend on the specifics of your facility, including energy usage patterns and the condition of your existing electrical systems. 4. Can Balance Wave Technology be integrated into existing systems? Yes, BalanceWave can be retrofitted into existing systems with minimal disruption to operations. Our team conducts a thorough assessment to design a custom solution tailored to your facility’s needs. 5. Is BalanceWave suitable for greenfield projects? Absolutely. BalanceWave can be integrated into new greenfield projects during the planning and construction phases to ensure maximum energy efficiency from the outset. 6. How does BalanceWave impact system reliability? By reducing harmonics, current fluctuations, and heat generation, BalanceWave improves the stability of electrical systems. This leads to enhanced reliability, reduced equipment wear and tear, and lower risk of downtime. 7. What industries benefit most from BalanceWave? BalanceWave is ideal for energy-intensive industries such as data centers, manufacturing, logistics, and infrastructure. It has been successfully implemented across various sectors, leading to significant operational cost reductions and improved energy efficiency. 8. What is the Power Usage Effectiveness (PUE) impact of BalanceWave? BalanceWave helps reduce the PUE by improving energy efficiency and reducing the energy required for cooling and electrical systems, making it an excellent solution for data centers striving for a low PUE. 9. Is Balance Wave Technology patented? Yes, BalanceWave holds a patent in Korea from 2023 and is currently in the International ICT phase for patents in the US, Europe, Saudi Arabia, and Singapore, ensuring global recognition and exclusivity. 10. What is the typical payback period for BalanceWave? The payback period for BalanceWave is typically between 3-5 years, depending on the energy savings realized and the specific characteristics of the facility. 11. How is BalanceWave installed and maintained? The installation process is customized based on your facility's layout and current energy usage. Once installed, BalanceWave requires minimal maintenance, and we offer continuous monitoring and support to ensure optimal performance. 12. How can I learn more or request an assessment? Feel free to reach out to us via email at enquiry@kseinfinity.com, or make an appointment by clicking the link here.

Manufacturing Plants AC/DC Rectifier (China) Jinyuan Chenguang Nonferrous Mining and Metallurgy Co., Ltd. Savings: > 16% AC part - 10KV transformer AC power optimizer host + 4 auxiliary machines DC part - rectifier: DC power optimizer host + 4 auxiliary machines Semiconductor Fabrication Plant (Singapore) High Voltage 6.6KV Chiller Savings: 12.6% Manufacturing Plant (Shanghai) Installation of HV EES Targeted Load: 6KV 50Hz Air Compressor Savings: 13% Manufacturing Plant (Shanghai) Installation of HV EES Targeted Load: 6KV 50Hz Chiller Savings: > 12%