From high-amperage step-down buck regulators designed for heavy machinery to intelligent multi-stage LiFePO4 battery charging modules, explore our field-proven models ready for custom integration in Larissa.
High-efficiency step-up charger designed for EV agricultural buggies, golf carts, and off-grid mobile robotics operating under rugged outdoor conditions.
Engineered for commercial transport fleets, harvesters, and logistics buses across Larissa, safely stepping down 24V bus rails to stable 12V auxiliary power.
Smart voltage conditioning unit supporting variable agricultural solar array feeds and fluctuating battery voltages, maintaining ultra-stable industrial DC rails.
Eliminates ground loops and electrical interference in sensitive telemetry systems, RTK GPS steering hubs, and forklift electric drives across Thessalian installations.
Sealed aluminum casing built to resist dust, chemical spray, and moisture in agricultural workshops and automated packaging lines throughout Larissa.
Designed for light electric commercial vehicles, warehouse AGVs, and converted electric farm equipment running 48V, 60V, or 72V primary battery banks.
Elevates standard 12V vehicle battery systems up to 24V or 48V to power heavy linear actuators, hydraulic valves, and telecommunication transmitters.
Prevents equipment reboot during heavy diesel engine cranking and compensates for line loss in extensive solar pumping and microgrid installations.
Larissa represents Greece’s core agro-industrial, solar renewable, and logistics nexus. Equipment deployed here faces extreme thermal differentials, high vibration, and unconditioned power sources. Our OEM/ODM switching regulators provide direct operational immunity.
Larissa's intensive agricultural flatlands depend on autonomous tractors, drone charging stations, and smart drip-irrigation telemetry. Unconditioned tractor alternator outputs fluctuate wildly between 9V during diesel cranking to 28.8V during rapid recharge.
Our buck-boost converters and IP68 potted regulators maintain an uncompromising 12.0V or 24.0V DC bus to sensitive field computers, RTK navigation controllers, and IoT solenoid valves without dropping connectivity or thermal throttling during Thessalian summer heat waves exceeding 42°C.
Thessaly has one of the highest solar PV concentration densities in Southeastern Europe. Centralized utility parks and commercial rooftop setups require robust balance-of-system (BOS) DC-DC conversion to power SCADA controllers, motorized sun-trackers, and weather monitoring stations.
Eltrum's 18V–90V ultra-wide input isolated converters draw power directly from strings or auxiliary storage banks, isolating sensitive monitoring units against high-voltage induction transients and lightning strikes common in central Greece.
Situated right on the PATHE corridor connecting Athens to Thessaloniki, Larissa serves as Greece's major intermodal logistics terminal. Refrigerated food transit trucks and distribution fleets require secondary 12V auxiliary power supplies running from 24V chassis batteries.
Our 85A to 100A synchronous buck regulators deliver ultra-low ripple voltage to cold-chain telematics, hydraulic tail-lift controllers, and on-board telemetry without introducing electrical noise to the vehicle’s main engine control unit (ECU).
Choosing between non-isolated buck, boost, synchronous buck-boost, and transformer-isolated power supplies directly determines operational lifespan and electromagnetic compatibility (EMC).
| Converter Topology | Input Voltage Window | Output Characteristic | Power Conversion Efficiency | Recommended Thessalian Integration |
|---|---|---|---|---|
| Synchronous Buck (Step-Down) | 18V – 35V / 30V – 90V | Regulated 5V, 12V, 24V (High Amp) | 94% – 97.2% | Heavy tractors, 24V refrigerated transport, construction excavators, e-mobility step-down auxiliary. |
| Synchronous Boost (Step-Up) | 9V – 16V / 18V – 32V | Regulated 24V, 36V, 48V | 92% – 95.5% | 12V battery stepping up to 48V for agricultural spray pumps, industrial LED field lights, linear actuators. |
| Buck-Boost (Stabilizer) | 8V – 40V / 10V – 60V Wide | Fixed 12V, 13.8V, 24V, 28V | 91% – 94.8% | Fluctuating LiFePO4 banks, solar pump control rails, cold-cranking vehicle brownout elimination. |
| Galvanic Isolated Module | 18V – 36V / 36V – 75V / 18V – 90V | Isolated 5V, 12V, 24V | 88% – 92.5% | Cellular base stations, high-voltage warehouse forklifts, SCADA telemetry sensors, medical vehicles. |
Analyzing regulatory, climatic, and industrial transformations compelling OEM equipment builders in central Greece to upgrade from generic imported regulators to industrial-certified custom power electronics.
Greek farm machinery operators, warehouse forklift managers, and campervan fabricators in Larissa are aggressively decommissioning traditional lead-acid deep cycle batteries in favor of Lithium Iron Phosphate (LiFePO4).
Standard vehicle alternators cannot safely charge lithium without overheating or causing BMS high-voltage disconnects. This transition has triggered massive demand for battery-to-battery (DC-DC) multi-stage CC/CV chargers with custom tailoring for specific cell capacities and low-temperature charging safety.
Larissa-based machinery OEMs exporting across the European single market face uncompromising scrutiny under CE directives, specifically EN 61000-6-2 (Immunity) and EN 61000-6-4 (Emissions).
Cheap, unbranded switching regulators frequently emit severe electromagnetic interference that cripples onboard CAN-bus communication and agricultural GPS receivers. Integrators now mandate dual-stage LC filtering and verified CE / RoHS certifications right from the component factory.
The Plain of Thessaly endures microclimatic extremes: scorching, dry summer heat reaching up to 45°C followed by high agricultural soil dust and winter humidity. Enclosed power supplies with cooling fans fail quickly due to abrasive dust ingress.
The market preference has firmly shifted toward hermetically silicone-potted, fanless aluminum enclosures rated IP67/IP68 that dissipate thermal loads entirely via conduction while resisting extreme vibration during soil cultivation.
Operating since 2015 from Shenzhen's high-tech manufacturing hub, Eltrum is a verified direct factory specialist in high-efficiency DC-DC switching power supplies and intelligent lithium charging modules. We bridge industrial R&D with cost-effective volume manufacturing.
Skip extensive NRE expenses by adapting pre-engineered topologies (Buck, Boost, Buck-Boost, Isolated) configured to your exact voltage parameters.
Automated SMT lines, precision planar transformer winding, automatic potting dispensing, and rigorous 100% full-load burn-in testing.
CE, RoHS certified production lines. Exporting to over 130 countries with proven logistics partners delivering reliably to Piraeus, Thessaloniki, and Larissa.
We respect engineering development cycles: order as few as 5 validation units for on-field prototype testing before scaling to container-level batches.
Clear, definitive technical answers addressing delivery, customization, environmental durability, and compliance for Greek B2B buyers.
We maintain a rapid sample program designed specifically for OEM engineering evaluation. Standard converter modules and LiFePO4 chargers can be ordered in quantities as low as 5 units. We ship expedited samples via DHL, FedEx, or UPS air freight directly to Larissa, Volos, or Thessaloniki within 5 to 8 working days. Customized voltage prototypes typically require 10 to 14 days of factory preparation before dispatch.
Our Shenzhen engineering laboratory accommodates extensive hardware and firmware customization, including:
Unlike cheap commercial power modules with ventilated plastic housings and noisy cooling fans, Eltrum converters utilize heavy-gauge die-cast aluminum alloys acting as complete thermal conduction heat-sinks. The internal printed circuit assemblies are hermetically potted with premium thermally conductive epoxy or silicone elastomer (meeting IP67/IP68 ingress ratings). This design completely repels airborne dust, agrochemical moisture, and fertilizer steam while operating reliably at ambient air temperatures up to 85°C.
A standard buck converter only functions when the input voltage is consistently higher than the required output (with at least 2V–3V headroom). In real-world vehicular and off-grid solar systems, a "12V" lead-acid or LiFePO4 battery swings from 9.0V during high-amperage engine cranking up to 14.6V under solar charge. If your system supplies a critical 12.0V load, a buck regulator will drop out and brown-out during engine cranking. A synchronous buck-boost converter seamlessly regulates the rail to exactly 12.0V whether the source battery drops below or rises above the target.
We work under standard international trade terms including FOB Shenzhen, CIF Thessaloniki/Piraeus, and DDP (Delivered Duty Paid) door-to-door courier services. For standard accounts, we accept wire transfers (T/T), PayPal for sample validation, and secure Escrow. We provide comprehensive export documentation—including Commercial Invoice, Packing List, CE Certificates of Conformity, and Certificate of Origin—to ensure seamless Greek customs clearance without administrative delays.
Consult directly with Shenzhen Eltrum Electronic’s power application engineers. Send us your target input window, desired output voltage, dynamic load currents, and enclosure constraints for immediate technical matching and volume OEM quotes.