Serving the New Zealand Industrial & Automotive Market with High-Precision Power Solutions
High-efficiency step-down converters optimized for Auckland's commercial fleets and Wellington's utility vehicles.


The global DC/DC converter market is experiencing a seismic shift, projected to reach a valuation of over USD 15 billion by 2028. This growth is driven by the aggressive electrification of transport and the proliferation of IoT-enabled industrial automation. In the global manufacturing hub of Shenzhen, where VELTOK Power is anchored, the focus has moved from simple voltage regulation to high-density, high-efficiency power modules using Gallium Nitride (GaN) and Silicon Carbide (SiC) technologies. These materials allow for higher switching frequencies, reducing the physical footprint of converters while maintaining thermal stability—a critical factor for sealed automotive electronics.
New Zealand presents a unique operational environment for power electronics. From the salt-heavy air of the Auckland coastal regions to the extreme temperature fluctuations in the Southern Alps, DC/DC converters must meet rigorous durability standards. The NZ market demand is heavily weighted towards:
The future of DC/DC conversion in New Zealand lies in "Intelligence." We are transitioning from "passive" converters to "active" power management units (PMUs). Our R&D team is currently focusing on:
1. Wide Input Voltage Ranges: Designing units that can handle 9V to 40V inputs seamlessly, catering to the mixed 12V car and 24V truck fleets common in Kiwi logistics.
2. Thermal Management: Utilizing high-thermal conductivity potting compounds to ensure heat dissipation in compact, fanless designs, increasing the MTBF (Mean Time Between Failures) to over 50,000 hours.
3. IoT Integration: Future modules will include RS485 or CAN-bus interfaces, allowing fleet managers to monitor power consumption and converter health remotely via telematics platforms.
VELTOK doesn't just sell components; we provide integrated power ecosystems. For a logistics company in Christchurch or a marine outfit in Bay of Islands, we offer:
A Technology-Driven Manufacturer & Supply Chain Integrator
Established with a vision to streamline global hardware procurement, Guangzhou Veltok Power Technology Co., Ltd. (VELTOK) is a comprehensive, technology-driven manufacturer and supply chain integrator. Over the past decade, we have anchored ourselves in Shenzhen—the world’s epicenter of hardware innovation—to deliver an integrated catalog of Smart LED Control Systems, High-Performance Power Supplies, and Precision Industrial Components to clients worldwide.
Strict Aging Test
R&D Engineering Team
Testing Team
Our operational ecosystem is built around three core vertical pillars: Intelligent IoT Lighting, Robust Power Energy Systems, and Precision Engineering Components. With over 12 years of verified trade excellence, VELTOK bridges the gap between diverse component sourcing and rigorous quality compliance.
Precision-engineered voltage conversion for every application


Expert insights for New Zealand B2B buyers
Yes. Our converters are designed to meet international CE and RoHS standards, and we ensure compliance with electromagnetic compatibility (EMC) requirements similar to AS/NZS CISPR standards, ensuring no interference with NZ radio or vehicle navigation systems.
For wholesale orders, production typically takes 7-10 days. Shipping via air freight to NZ usually takes 5-7 working days, while sea freight for bulk orders takes approximately 18-25 days.
Absolutely. As a direct manufacturer, we can customize cable lengths (e.g., 4m, 5m, or longer) and connector types to suit the large cabins of NZ's trucking and agricultural fleets.
Our smart step-down cables feature a built-in low-voltage protection chip. If the vehicle's battery drops below 11.6V (for 12V systems) or 23.2V (for 24V systems), the converter automatically cuts off power to the dashcam, ensuring the vehicle always has enough charge to start.
Our industrial-grade models feature high-quality internal potting and oxidation-resistant connectors, making them highly reliable for the humid and salty conditions common in New Zealand coastal areas.