Core Insights - TurnOnGreen, Inc. has announced the shipment of its first production lot of proprietary power conversion systems to a major defense OEM, marking a significant transition to full production on a multi-year program valued between $15 million and $19 million [1][2]. Group 1: Company Overview - TurnOnGreen, Inc. specializes in designing and manufacturing innovative, high-performance power solutions for mission-critical applications across various industries, including defense, aerospace, medical, telecommunications, and e-mobility [5]. - The company has over 50 years of expertise in developing customer-driven solutions that enhance performance, sustainability, and reliability [5]. Group 2: Product and Technology - The power systems developed by TurnOnGreen's defense production division, Digital Power Corporation, are designed for Light Armored Vehicles (LAV) and Rugged Tactical Reconnaissance Vehicles (RTRV), featuring high-reliability electrical architectures to withstand harsh operational environments [2]. - These ruggedized power systems are essential for delivering continuous, stable power to mission-critical electronics, enabling reliable communications and real-time situational awareness [2][4]. Group 3: Leadership Perspective - The Chairman and CEO of TurnOnGreen, Amos Kohn, emphasized the company's engineering excellence and ability to meet the growing power demands of armored and emergency vehicles with efficient and sophisticated systems [4].

Core Insights - Hillcrest Energy Technologies has published a technical white paper detailing the advantages of its Zero Voltage Switching (ZVS) technology in power inductor design, highlighting significant cost savings and size reductions [1][2][5] Market Context - AC filter inductors account for 15-25% of total system cost and volume in grid-connected power systems, presenting a critical component challenge [2][10] - The global power electronics market is projected to exceed $50 billion by 2030, indicating substantial commercial opportunities for efficiency improvements in core components [2] Research Methodology - The analysis compared conventional inductor designs with ZVS-optimized alternatives in 200 kW power range applications, focusing on LC and LCL filter topologies [3][4] Performance Analysis - ZVS-optimized inductors showed a 75% cost reduction, 4x weight reduction, and 3.3x volume reduction compared to conventional designs [5] - The ZVS systems achieved 45% lower total inductor losses, with copper losses reduced by 40% and core losses by 2.5x [5][6] Industry Applications - The research has applications in electric vehicle charging infrastructure, grid-tied renewable energy systems, and energy storage applications, where reduced component footprint and improved efficiency are critical [7][12] Commercial Development - Hillcrest is transitioning from technology development to commercial deployment, establishing Centers of Excellence for various applications [12] - The company is collaborating with Ocean Batteries to develop a 200kVA | 800V ZVS inverter prototype for marine shore power applications, targeting the European energy storage market [13] Strategic Partnerships - Hillcrest is engaged in a technology evaluation project with a global Tier 1 automotive supplier to assess the integration of ZVS technology into next-generation electric vehicle inverters [14] - The company has completed customer demonstrations showing its ZVS traction inverter prototype achieving up to 99.7% efficiency [15] Strategic Financing - Hillcrest announced a CDN $4.25 million private placement from a strategic investor, which would result in the investor holding approximately 19.9% of the company's shares [20] - The company is actively pursuing additional funding opportunities, including potential licensing arrangements [22]