High Efficiency 1440W 36V to 48V 30A Boost Waterproof IP67 Step Up DC Converter
- Conversion Efficiency: ≥94%
- Input Range: 30V - 40V DC
- Ingress Protection: IP67 Submersible
23+
Years of Power Electronics R&D
ISO 9001
SGS Verified On-Site Facility
94.5%
Peak High-Frequency Efficiency
100%
Full-Load Burn-In Tested
Catalog Showcase
Precision Power Conversion & Heavy-Duty Charging Units
Explore our industrial-grade DC-DC converters, dynamic buck-boost stabilizers, and high-current pure sine wave inverters deployed across Odesa's critical installations.
DC-DC Voltage Converter 9-32VDC to 12VDC 12A 144W Step Up Down Converter
- Input Window: 9V - 32V Ultra-Wide
- Output Topology: Stable 12V Regulated
- Cooling Architecture: Convection Die-Cast
AC 24V to DC 5V 3A Buck Converter Voltage Regulator Waterproof Module
- Input AC Range: 16V - 28V AC
- Output Power: 5V DC @ 3A Continuous
- Encapsulation: Flame-Retardant Epoxy
600W 1000W 1500W 2000W 3000W 4000W 5000W DC to AC Pure Sine Inverter
- Waveform Distortion: THD < 3% Clean Sine
- Surge Tolerance: 200% Peak Rating
- Input Options: 12V / 24V / 48V DC
Buck-Boost Power Converter 8V-40V to 13.8V 15A DC Voltage Regulator
- Float Profile: 13.8V Optimized Buffer
- Dynamic Range: 8V - 40V Dynamic Swing
- Protection Modes: OVP, OCP, OTP Integrated
DC Voltage Stabilizer 12V 24V to 13.8V 20A Step Up Down Converter
- Rated Continuous Amps: 20A @ 13.8V DC
- Switching Rate: Synchronous Rectification
- Operating Temperature: -40°C to +85°C
YUCOO 24V (10-32VDC) to 24V DC 5A 120W Converter for Forklifts
- Input Fluctuation: 10V - 32V Wide Band
- Field Applications: Material Handling & AGVs
- Enclosure: Extruded Aluminum Sealed
YUCOO Boost-Buck Converter 9-34V to 12V 35A 40A DC Regulator Module
- Peak Output Current: Up to 40A High Ampacity
- Ripple & Noise: ≤50mV RMS Filtration
- Field Validation: Commercial Vessel Auxiliary
Technical Deep-Dive: LiFePO4 Energy Infrastructure in the Odesa Oblast
Deploying Lithium Iron Phosphate (LiFePO4) storage chemistry along the Black Sea coastline demands an engineering approach that accounts for harsh coastal humidity, wide thermal variations between sub-zero winters and humid summers, and acute grid volatility. Varnix manufactures power conversion and battery charging solutions that meet the precise requirements of Ukrainian industrial procurers, municipal engineers, and port logistics directors.
Harsh Maritime & Salt Spray Immunity
Odesa’s port zones—from Pivdennyi and Chornomorsk to the main commercial terminal—suffer severe chloride-laden air exposure. Our LiFePO4 chargers and DC regulators feature conformal-coated PCB assemblies, stainless fasteners, and IP67-rated silicone hermetic potting. This design eliminates oxidation on switching FETs, electrolytic capacitors, and high-frequency ferrite transformers, preventing high-resistance short circuits.
High Grid Volatility & Surge Hardening
With regional infrastructure impacted by rolling outages, voltage spikes, and emergency generator transitions, unstable input power can quickly destroy conventional chargers. Varnix LiFePO4 charging systems use a wide AC input envelope (85V–265V AC) with active PFC (≥0.99) and heavy-duty varistor (MOV) transient suppression, sustaining clean 3-stage CC/CV profiles even on harmonic-distorted auxiliary power.
Sub-Zero Low-Temp Charging Protocols
Charging LiFePO4 cells below 0°C risks permanent capacity degradation through dendrite formation and lithium plating. Varnix chargers integrate smart multi-channel NTC temperature monitoring and auxiliary BMS handshake signals. If ambient temperatures in unheated Odesa warehouses drop below freezing, our system limits charge current to 0.05C or triggers pre-heating pads before enabling full bulk current.
Targeted Applications
Localized Strategic Deployment Scenarios in Odesa
Engineered for high duty-cycle longevity across southern Ukraine's primary logistics hubs, commercial shipping rings, and decentralized utility networks.
Container Terminal Port Logistics
Heavy duty AGVs, straddle carriers, electric forklifts, and container handling machinery at Odesa Commercial Sea Port require round-the-clock opportunity charging. Varnix high-current constant-current CC/CV charging architectures deliver rapid multi-kilowatt bulk energy delivery to 48V, 72V, and 96V LiFePO4 motive packs without premature cell overheating.
Grain Elevator & Silo Microgrids
As the primary agricultural export artery of Ukraine, massive grain processing facilities outside Odesa rely on decentralized energy storage to mitigate grid curtailment. Our modular battery chargers and pure sine wave inverters keep heavy conveyor controls, dust-extraction blowers, and telemetry servers operational through brownouts and frequency drops.
Black Sea Marine Vessels & Tugs
Harbor tugs, pilot boats, and coastal patrol craft docking along Arcadia and the Langeron shores require galvanically isolated DC-DC converters and corrosion-resistant charging banks. Our IP67 buck-boost converters bridge dynamic alternator drops directly into stable 13.8V and 24V LiFePO4 house banks, keeping radar, GPS, and communication arrays active.
Regional Telecom Towers & ISP Backbone Datacenters
Decentralized communication hubs across Odesa Oblast rely on 48V rack-mount embedded rectifiers, backup DC converters, and LiFePO4 reserve battery banks. By providing ripple-free DC power (≤50mV RMS), Varnix chargers prevent RF signal interference on cellular base station transceivers, microwave backhauls, and regional fiber optical multiplexers during primary grid loss.
Strategic Specifications
Engineering Selection Matrix for Odesa Procurement
Cross-reference technical requirements to align charging profiles with your specific battery capacity, installation environment, and duty cycles.
| Application Focus | Recommended Charger / Converter | Nominal Voltage & Amperage | Protection & Safety Topology | Primary Benefit in Odesa |
|---|---|---|---|---|
| Port AGV & Heavy Forklifts | High-Current Industrial Smart Charger | 48V / 72V / 96V DC (Up to 60A) | Dual Thermal Sensors, Over-Current, Reversed Polarity | Fast recovery between container shifts without cell balance stress |
| Coastal Marine Tugs & Barges | IP67 Waterproof Buck-Boost Converter | 12V / 24V / 48V to 13.8V or 28V (30A-40A) | Hermetic Epoxy Resin Seal, Galvanic Isolation | Complete immunity to Black Sea salt mist and engine compartment spray |
| Telecom 48V Station Backup | 19-Inch 2U Embedded Rectifier / Charger | 220VAC Input → 48V / 53.6V Output (50A) | Active PFC (>0.99), Low Ripple & Noise (≤30mV) | Clean, hum-free DC power preserving sensitive optical transceivers |
| Grain Terminal Microgrids | Solar Hybrid Pure Sine Wave Inverter/Charger | 24V / 48VDC → 220VAC (1kW to 5kW) | Integrated High-Voltage MPPT, THD < 3% | Zero interruption during grid drops; pure sine wave runs electric motors safely |
| Commercial Fleet Auxiliary | Step-Down Dynamic Voltage Stabilizer | 24VDC → 12VDC (15A to 40A Continuous) | Over-Voltage, Input Undervoltage Lockout, Overtemp | Protects auxiliary telematics, onboard diagnostics, and video recorders |
Procurement FAQ
Frequently Asked Questions: LiFePO4 Chargers in Odesa
Direct technical guidance on battery chemistry matching, cold-weather operation, and direct-from-factory import pathways from China.
Why must LiFePO4 batteries in Odesa use dedicated chargers instead of standard lead-acid units?
Lead-acid chargers utilize dynamic desulfation float pulses, equalization cycles up to 15.5V+, and multi-stage float tapering that degrades LiFePO4 cathode materials. A tailored LiFePO4 charger provides a strict two-stage Constant Current / Constant Voltage (CC/CV) profile. It charges at maximum current until individual cell voltages reach 3.65V (14.6V for a 12V 4S pack), cuts off current once the tail current drops to 0.05C, and avoids continuous trickle voltage that causes lithium iron phosphate degradation.
How does the charging system handle Odesa’s freezing winter temperatures?
Charging lithium cells below 0°C causes permanent metallic lithium plating on the anode, creating microscopic dendrites that can short out cells and present a thermal runaway hazard. Varnix chargers feature integrated temperature probes that monitor ambient and cell temperatures. When linked to your pack's BMS, our chargers automatically scale down current or divert charging power to integrated battery heating blankets until the core reaches safe operating temperatures (≥5°C).
Can Varnix LiFePO4 chargers operate safely on portable diesel backup generators?
Yes. Auxiliary diesel generators frequently output unstable alternating current with heavy total harmonic distortion (THD) and wide frequency drifts (45Hz–65Hz). Varnix industrial battery chargers feature wide-input active Power Factor Correction (PFC) circuitry capable of operating from 85VAC to 265VAC. This stabilizes incoming alternating voltage before it reaches the primary MOSFETs, preventing internal shutdown or bridge damage during generator start-up surges.
What logistics shipping options and trade incoterms are offered to Ukrainian buyers?
We provide full export clearance support under FOB, CIF, EXW, FCA, and DDP terms. Given shifting logistics routes across southern Ukraine, cargo can be routed through European multimodal corridors—including direct container sea freight to Constanța (Romania) or overland rail/truck routing via Poland or Moldova—ensuring safe transit and complete customs documentation (CE, RoHS, Certificate of Origin).
What OEM / ODM customization options are available for local equipment brands in Odesa?
Varnix provides comprehensive white-label and design customization. We adjust charge termination voltages (e.g., custom cutoffs for 8S, 15S, or 16S arrays), program CANbus, RS485, or Modbus communication registers to integrate with your BMS, and customize enclosure form factors, branding, and waterproof cable harness connections.
Enterprise Pedigree
Why Partner With Varnix Technology Co., Ltd.
Founded in 2003 in Guangdong, China, Varnix is an established industrial power electronics manufacturer with over two decades of engineering and export excellence.
Rigorous Quality Audits & Certifications
Our 1,229 m² production facility is ISO 9001:2015 certified and verified on-site by SGS. Our catalog lines comply with international CE, RoHS, and FCC directives, accompanied by verified electromagnetic compatibility (EMC) and low-voltage directive (LVD) test reports for seamless European customs processing.
100% Full-Load Burn-In & Multi-Stage QC
Every single power converter and charger goes through our rigorous 5-stage production process: incoming vendor component validation, precision wave soldering, functional testing, prolonged high-temperature full-load aging (burn-in), and final oscilloscope waveform verification to catch early-life issues before dispatch.
Dedicated Engineering Support & Spare Parts
We work directly with systems integrators and engineering departments across Europe, maintaining a 98.2% after-sales response rate. All export contracts include clear warranty provisions, replacement component reserves, and direct access to power conversion firmware engineers.
Build Resilient Power Systems Across Odesa Oblast
Whether you require a custom CC/CV LiFePO4 battery charger array, IP67 waterproof step-up converters for marine vessels, or high-power pure sine wave inverters for uninterrupted operations, our engineering team is here to assist.