Field-tested across 130+ export countries, our CE and RoHS certified power topologies deliver stable DC bus regulation, low thermal dissipation, and synchronous rectification with up to 96% conversion efficiency.
From hyper-scale data centres in Dublin to wind-powered maritime fleets navigating the Atlantic seaboard, Ireland presents unique electrical and environmental power conversion challenges.
Ireland has evolved into the European epicenter for cloud datacenters (located heavily in Dublin, Kildare, and Meath). Engineering teams are actively transitioning internal server backup architectures toward 48V to 12V point-of-load (PoL) DC bus distribution. Our high-density, low-profile isolated buck modules mitigate ground loop noise while maintaining high peak conversion efficiency under dynamic processing loads.
Commercial fishing vessels, electric ferries, and offshore wind servicing catamarans docking at ports like Cork, Killybegs, and Shannon Foynes face severe galvanic corrosion and moisture ingress. Our IP68-rated, polyurethane-encapsulated 13.8V and 28V buck-boost regulators isolate navigation arrays, radar instrumentation, and satellite telemetry from severe cranking dips caused by heavy starter motors.
With Ireland's Climate Action Plan driving micro-generation across rural Kerry, Galway, and Donegal, battery energy storage systems (BESS) require wide-input adaptability. Fluctuating voltages from hybrid wind turbines and solar PV arrays are flawlessly stabilized with our wide-input (10–60V) buck-boost converters to supply clean auxiliary power to agricultural robotics, dairy milking telemetry, and off-grid remote nodes.
Strategic power architects across Ireland are re-evaluating legacy conversion topologies to align with European decarbonization legislation and localized microgrid standards.
Driven by national zero-emission targets, municipal delivery fleets and public bus conversions across Dublin and Cork are standardizing on 48V battery infrastructure. This creates critical demand for ruggedized 48V to 12V and 48V to 24V step-down converters that can sustain internal HVAC fans, telematics, payment terminals, and LED safety beacons without drawing auxiliary energy unevenly across cell groups.
Industrial system designers across Irish medical device campuses (Galway cluster) and specialized robotics manufacturers demand higher power densities in modular footprints. The deployment of Silicon Carbide (SiC) switching MOSFETs allows our industrial converters to switch above 200kHz, cutting reactive magnetic footprint in half while keeping thermal dissipation at bare minimums in fanless enclosures.
Passive conversion is no longer sufficient for complex BESS installations. Irish renewable installations increasingly mandate digital telemetry to track real-time rail currents, heat-sink thermals, and fault registers. Our WG-12C800M converter platforms feature integrated RS485 Modbus serial communication, empowering industrial engineers to integrate distributed voltage telemetry into high-level SCADA systems.
Founded in 2015, Shenzhen Eltrum Electronic Co., Ltd. operates an advanced manufacturing facility of up to 3,000 m² staffed by over 50 dedicated power supply specialists. We specialize in non-isolated buck, boost, buck-boost stabilizers, galvanic isolated DC-DC converters, and multi-chemistry LiFePO4 / lithium battery chargers.
Galvanic isolated DC-DC conversion has formed the cornerstone of our engineering team's R&D expertise for a decade. Our onsite-verified factory guarantees that every modular power unit complies stringently with CE (LVD/EMC) and RoHS directives, providing full compliance peace of mind for Irish purchasers importing across European Union borders.
Whether your application requires bespoke PCB layouts, tailored CC/CV charging thresholds for specialized lithium cells, custom wiring harnesses, or OEM private buyer labeling, our Shenzhen engineering laboratory translates your physical and electrical schematics into production units swiftly with sample MOQs starting at only 5 units.
Clear, technical answers regarding tariffs, CE compliance, environmental sealing, and localized delivery to Ireland.
Yes. All Eltrum DC-DC power conversion modules, buck-boost voltage regulators, and industrial chargers manufactured for Irish partners meet the stringent requirements of the EU Low Voltage Directive (LVD 2014/35/EU) and Electromagnetic Compatibility Directive (EMC 2014/30/EU). Our facilities strictly observe RoHS 2011/65/EU and Annex II amendment guidelines restricting hazardous substances. Certificates of Conformity (DoC) and test reports can be furnished upon order quotation for customs clearance through Dublin Port or Shannon Airport.
For engineering prototypes and volume pilot runs, express air courier dispatch (via DHL, FedEx, or UPS Express) delivers factory-direct to addresses across Dublin, Cork, Shannon, Limerick, and Galway within 4 to 7 working days. For palletized container volumes, scheduled sea freight to Dublin Port takes approximately 28 to 35 transit days. We routinely fulfill orders under DAP (Delivered at Place), CIF Dublin, or standard FOB Shenzhen / EXW conditions.
Standard open-frame power supplies fail prematurely in coastal Atlantic climates due to electrolytic corrosion and salt-induced dielectric breakdown. Most Eltrum vehicle, marine, and outdoor converters utilize fully vacuum-encapsulated organic silicone potting inside anodized, extruded aluminium casings. Rated IP65 to IP68, these units provide complete mechanical isolation from condensing dampness, marine sea-spray, thermal cycling, and high-amplitude engine vibrations.
Non-isolated buck converters share a continuous negative ground return path between input and output rails. You should select Galvanic Isolation when: (1) Integrating high-voltage traction batteries (48V, 60V, 72V, 80V) on electric forklifts and industrial mobile robots where chassis ground isolation is legally mandated for personal safety; (2) Eradicating troublesome ground loops and noise in sensitive telecoms, audio radio repeaters, or GPS navigation units; and (3) Operating positive-ground legacy infrastructure common in specialized telecoms facilities.
Yes. Euro 6 and Euro 6d-TEMP compliant commercial vans (such as Ford Transit, Mercedes Sprinter, and VW Crafter common across Ireland) utilize ECU-controlled smart alternators. Under regenerative braking or highway coasting, alternator voltage frequently fluctuates between 11.8V and 15.3V, preventing secondary LiFePO4 batteries from charging properly. Eltrum's DC-DC battery chargers utilize buck-boost topology to automatically regulate erratic incoming alternator inputs and deliver an unwavering, chemically precise CC/CV bulk/absorption charge cycle (e.g., 14.6V for 12V LiFePO4) without draining the primary starter battery.
We actively support engineering trials, bench testing, and pilot field validation. Standard catalog converter models feature an accessible sample MOQ of just 5 units (with select heavy-power units starting at 1 to 2 units). Custom OEM parameters—including bespoke output voltages (such as 13.8V, 19.5V, or 58.4V), custom wiring harnesses, weather-sealed Anderson connectors, and private logo branding—generally begin around 50 to 100 units depending on chassis complexity.
Connect with our Shenzhen engineering design lab today. Whether you require standard IP68 modules or custom charging curves for lithium storage, our application specialists provide datasheets, test reports, and quote packages within 24 hours.