Industrial-grade AC wallboxes, high-throughput DC dispensers, and microgrid-ready storage units manufactured at our Kunshan production facility.
As electric vehicle penetration accelerates across North America, Europe, and the Asia-Pacific, residential alternating current (AC) infrastructure is shifting from rudimentary wall-plugs to intelligent, networked distributed energy resources (DERs).
Modern Level 2 charging ecosystems are transitioning toward ISO 15118-20 protocols, enabling automated Vehicle-to-Home (V2H) emergency backfeeding and dynamic grid support during peak tariff cycles without degrading automotive pack chemistries.
Regulatory frameworks such as the EU Cyber Resilience Act and California's SB 327 mandate encrypted communication bridges. Hardware-level security chips (secure elements) are now embedded directly on microcontrollers to safeguard against malicious OTA compromises.
With SAE J3400 (NACS) sweeping North American commercial networks, manufacturers in China must maintain agile multi-standard tooling that accommodates native NACS alongside legacy CCS1, Type 2 (Mennekes), and regional GB/T topologies within identical enclosure designs.
Procurement teams navigating cross-border supply chains require more than low piece rates; they demand component traceability, lifecycle reliability, and flexible firmware integration.
By producing control boards, internal relay modules, and metering subsystems under one roof in Kunshan, HizonSun avoids the 15-22% markup typical of outsourced assemblers while preserving tight quality gates.
Vendor lock-in represents an existential risk to CPOs. Our systems run open-source compliant OCPP backends, granting commercial operators total freedom to link to customized billing and management clouds.
Every AC and DC station undergoes 100% full-load thermal dissipation and electrical endurance testing within dedicated burn-in vaults, maintaining field failure rates strictly below 0.18% over three-year operational cycles.
From industrial enclosure molds and specialized injection polycarbonate materials to dynamic UI screens and bespoke packaging, we assist global brands in realizing customized product lines within 6-8 weeks.
Deploying EV charging equipment globally necessitates strict adherence to geographical fire codes, residual current requirements, and grid interconnection mandates.
Level 2 chargers operating on split-phase 208V/240V grids integrate 20mA CCID ground fault interrupters, NEMA 4 outdoor-rated weatherproof chassis, and full UL/cUL listing for streamlined municipal electrical permits.
Three-phase 400V (up to 22kW) AC wallboxes incorporate integrated Type B equivalent DC 6mA residual current detection (RCD) mechanisms, eliminating the expense of external Type B breakers in consumer subpanels.
Compliant with GB/T 20234, TIS (Thailand), and INMETRO (Brazil) benchmarks, featuring enhanced anti-surge protective modules (up to 6kV) tailored for erratic grid situations and tropical ambient climates.
Our long-term R&D program centers on power-dense topologies, smart building integration, and next-generation power electronics.
Transitioning compact 20–40kW DC residential units to wide-bandgap SiC power modules, targeting conversion efficiencies above 96.5% and reduced heat generation.
Deployment of local mesh RF and power line communications (PLC) enabling up to 32 chargers to dynamically adjust current draw against real-time residential smart meter constraints.
Full implementation of ISO 15118-2 public key infrastructure (PKI) at AC price points, eliminating RFID cards and manual apps for residential and workplace scenarios.
Deep integration with residential hybrid inverters and low-voltage LFP storage packs to maximize off-grid capability and optimize household solar self-consumption.
Key technical, compliance, and warranty clarifications directly answered by our senior export engineering department.
Complement your Level 2 deployment with ultra-fast commercial DC piles, advertising hubs, and multi-standard wallboxes.