Industrial Power Electronics • US Market Verified

CE Certified Battery Inverter Factory & Suppliers Serving United States Market

Precision AC/DC Switched-Mode Rectifiers, Battery Inverter Core Components & Industrial Power Solutions Engineered to NEC and UL/CE Global Benchmarks

Direct From Zhejiang Factory

Engineered for Industrial Inverters & Energy Storage Backbones

Tested under rigorous 100% full-load burn-in chambers, our high-frequency switching units provide ultra-low ripple voltage rails, peak surge tolerance, and robust DC-bus charging for North American industrial applications.

19+
Years Engineering Expertise (Since 2007)
10,000m²
Modern Production Facility in Zhejiang
100%
Full-Load Burn-In & Hi-Pot Testing
4.8/5
Buyer Satisfaction Rating Across US & Global
Architectural Integration

Localized Applications Across the United States Market

From California grid-tied solar-plus-storage to Texas industrial microgrids, our CE-certified switched-mode rectifiers and inverter modules fulfill critical electrical control tasks.

Grid-Tied BESS & Microgrid Inverters

Utility-scale and commercial behind-the-meter battery systems require rock-solid auxiliary rails (12V, 24V, 48V) to drive programmable logic controllers (PLCs), internal contactors, and telemetry transceivers without injecting high-frequency harmonics into sensitive SCADA networks.

Severe-Weather Emergency Backup Systems

Operating under freeze events in the Midwest or peak desert temperatures in Arizona, our power supplies are fabricated using 105°C long-life capacitors, conformal coatings, and automated thermal throttling to deliver zero-downtime performance for uninterruptible inverter switchboards.

EV Fast Charger Sub-Distribution Units

Level 3 DC fast chargers deploy central battery architectures to alleviate local grid stress. Our heavy-current switching supplies (up to 40A on 5V and high-power SE/SP units up to 3000W) feed the vital human-machine interfaces, payment systems, and CAN communication bus lines.

Strategic Technical Report

US Inverter Market Trends: The Push for Modularity & High Harmonic Immunity

An in-depth look at regulatory developments including IEEE 1547-2018, UL 1741 SB/SC compliance mandates, and how our manufacturing topologies answer modern American supply chain needs.

Wide-Bandgap Gallium Nitride (GaN) & SiC Interfacing

As US energy storage manufacturers transition to Silicon Carbide (SiC) MOSFET switches to achieve 98.5%+ inverter round-trip efficiency, parasitic EMI noise escalates. Our SMPS designs incorporate dual-stage LC filtration and magnetic shielding to isolate sensitive logic controls from megahertz-frequency switching noise.

Dual-Voltage Flexibility (110VAC/220VAC Grid Selection)

US electrical contractors regularly service commercial 208V/240V split-phase distribution, 277V single-phase commercial lighting legs, and 120V residential loops. Harlon power units feature selectable switch topologies and universal broad inputs (85–264VAC) that eliminate regional configuration errors on site.

Decoupled Component Sourcing & Resilience

With North American distributors seeking resilient supply lines resistant to extreme lead times, our factory's long-term partnerships with 31 audited tier-one component vendors ensure uncompromised inventory schedules, traceable bill of materials (BOM), and consistent hardware performance.

Architecture Parameter Harlon Industrial Grade (S/SP/LRS Series) Standard Commercial Grade Power Converters Impact on US Inverter System Life
Input Transient Resistance Differential Mode 2kV / Common Mode 4kV Surge Protected Basic 1kV Surge Tolerance Withstands lightning surges and utility switching spikes without trips
Operating Temp Window -25°C to +70°C with controlled derating curve 0°C to +40°C maximum envelope Essential for outdoor NEMA 3R/4X rated energy storage enclosures
Electrolytic Capacitor Grade 105°C imported Japanese/Taiwanese brand capacitors 85°C standard consumer components Ensures MTBF > 250,000 Hours under 24/7 continuous operation
EMC / EMI Compliance EN 55032 / FCC Part 15 Class B Compliant FCC Class A (Industrial Only, high EMI noise) Will not scramble digital CAN bus or wireless Modbus inverter signals
Factory Verifiable Capabilities

Why Tier-1 System Integrators Partner With Harlon

Combining 19 years of independent electrical design leadership with transparent third-party verification for seamless international OEM/ODM projects.

10,000 m² Real Factory

Located in Wenzhou, Zhejiang, our plant operates 10+ modernized automated lines including Yamaha high-speed SMT, automatic insertion, wave soldering, and automated gluing.

SGS On-Site Audited

Our operations, physical workshops, management protocols, and equipment inventory have been assessed and officially verified by SGS on-site inspectors.

Engineering Mastery

Our Chief Technical R&D Director brings nearly 30 years of power supply design expertise, tailoring custom step-down modules, high-surge magnetics, and multi-tap secondary windings.

OEM / Buyer Label Service

Serving the North American market for 18+ years with specialized private labeling, custom metal punching, custom cable harness pinning, and turnkey retail/bulk export packaging.

Procurement Insights

Frequently Asked Questions by US Engineers & Sourcing Managers

Clear, direct answers regarding compliance, tariffs, minimum orders, and customization for American electrical distributors and original equipment manufacturers.

Can your power supplies be configured for the 110V/120V 60Hz split-phase US grid?
Yes, absolutely. Our industrial switching power supplies (such as the S-120, S-200, and high-wattage SE/SP lines) feature dual-input selector switches (110VAC/220VAC) or universal 85–264VAC wide-input circuitry designed to handle American 120V single-phase, 208V 3-phase legs, and 240V split-phase applications at both 50Hz and 60Hz frequencies without derating.
How does your CE certification interface with UL requirements in North America?
While our core units carry official CE (EN 62368-1 / EN 55032) and RoHS certification, our hardware is designed using safety clearances, creepage distances, and flame-retardant FR-4 PCB materials aligned with UL 60950 and UL 62368-1 criteria. For US clients embedding our power supplies into UL-listed battery inverters or control panels, we provide complete schematics, high-voltage isolation test reports, and component declarations to streamline your final UL NRTL listing.
What is your policy for prototyping and sample validation for US engineering teams?
We understand that battery inverter R&D requires physical electrical bench validation. We provide express air shipment of evaluation samples (typically within 3–7 business days). Our engineering group is available to tweak output potentiometers, trim secondary voltage rails, or optimize in-rush thermistors based on your laboratory testing results before volume commitment.
What trade terms (Incoterms) and logistics options are offered for US ports?
We routinely ship FOB Ningbo/Shanghai, CIF to major US ports (Long Beach, Los Angeles, Houston, Savannah, New York/New Jersey), as well as DDP (Delivered Duty Paid) via ocean freight or express air courier (DHL, FedEx, UPS). Payments can be handled via T/T, Letter of Credit (L/C), credit card, PayPal, or escrow.
Can you manufacture units with custom terminal blocks and private brand labeling?
Yes. With 18 years of specialized OEM/ODM services, we support custom barrier terminal blocks (standard screw or spring-cage), custom harness assemblies, laser-engraved or silk-screened metal enclosures, barcoded serialized rating plates, and buyer-branded carton packaging.

Ready to Accelerate Your Battery Inverter Project?

Connect with our senior power supply engineers today. Receive comprehensive technical data sheets, full factory test reports, and wholesale OEM pricing tailored to the United States market.

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