Precision-fabricated charge points and protective solutions specifically optimized for high-density municipal operations, public grids, and commercial developments across Brazil.
São Paulo is currently experiencing a historic paradigm shift in clean transit, driven by ambitious state-level decarbonization mandates and aggressive corporate ESG initiatives. As the financial and industrial hub of Latin America, the Greater São Paulo metropolitan area demands robust, reliable charging networks capable of supporting logistics operators, high-rise real estate portfolios, and municipal bus fleets. Charging infrastructure is no longer just a facility upgrade; it is a critical component of metropolitan energy grids.
However, the local electrical ecosystem presents unique challenges. Deploying high-powered DC fast-charging setups demands localized engineering expertise. Installers must navigate complex grid requirements managed by local distribution companies such as Enel São Paulo, deal with high ambient temperatures, and design smart load management systems that avoid costly peak-demand charges. By bridging Advanced Chinese Manufacturing 4.0 with local installer operations, we deliver EV charging hardware that meets rigorous standards for thermal endurance, electrical safety, and grid compatibility.
The future of EV infrastructure relies on intelligent power distribution. Our technological roadmap is designed around three pillars to optimize energy management in complex grids:
Maximizes charge speeds while protecting building power circuits. Our DLB systems dynamically monitor total power demand, directing excess capacity to active charge points to prevent transformer overload.
Engineered for next-gen electric vehicles. Our 800V charging compatibility delivers rapid charging speeds with lower current, reducing cable heating and extending connector life.
Minimizes peak demand charges. By pairing fast chargers with lithium energy storage solutions, operators can charge batteries during off-peak hours and discharge them during peak demand.
| Feature Category | Standard AC Charging Solutions | High-Capacity DC Charging Solutions | Grid-Tied Integrated Storage (BESS) |
|---|---|---|---|
| Typical Deployment | Residential complexes, parking lots, corporate parks | Logistics centers, highway corridors, public depots | Weak grids, commercial buildings with high peak rates |
| Power Output Range | 7.4 kW to 22 kW AC | 60 kW to 360 kW DC | 50 kWh to 2 MWh storage support |
| Enclosure Protection | IP54 / IK10 structural enclosure | IP55 structural enclosure with active cooling | Containerized air-conditioned system with IP55 |
| Key Advantage | Cost-effective, straightforward installation | Rapid charge capabilities, high vehicle turnover | Peak shaving, emergency power reserve |
Designing EV charging infrastructure requires a holistic approach to site planning, building electrical layouts, and software integration.
Fleet Electrification Hubs: For logistics operators managing electric delivery vans, trucks, and employee shuttles, uptime is critical. Our industrial DC fast-charging boxes feature modular power blocks. If one power module encounters a fault, the system continues operating at slightly reduced capacity rather than shutting down completely, ensuring fleet vehicles remain operational.
Commercial Building Integration: By pairing *Behind-The-Meter Energy Storage* cabinets with EV charge points, commercial properties can optimize energy usage under local utility tariffs. Integrating battery systems enables real-time peak-shaving, protecting facilities from high demand charges while providing tenant charging services.
Vandal-Resistant Public Stations: Public street-side charging infrastructure in metropolitan areas must withstand environmental factors and vandalism. Our customized sheet metal charger enclosures feature IK10 mechanical impact resistance, security-grade locking systems, and weather-resistant finishes designed to withstand tropical rain and high humidity.
Our team specializes in designing grid-compliant charging cabinets, customized sheet metal enclosures, and integrated battery systems for the Brazilian market.
Send Inquiry NowNavigating regulatory requirements is critical for successful grid-connected infrastructure projects in Brazil. Our product design prioritizes localized compliance across every hardware component:
INMETRO Alignment: Charging stations connected to the public distribution network must align with national safety frameworks. Our components are designed to meet international standards (CE, CQC) and facilitate local INMETRO certification processes for local partners and importers.
ABNT NBR Standards: We ensure our structural layouts, electrical configurations, and isolation metrics comply with Brazilian electrical installation standards, including ABNT NBR 5410 and ABNT NBR 17042.
Electrical Protection Suite: Equipment must withstand transient grid events. Our charging systems feature a comprehensive electrical protection suite, including Overcurrent, Overvoltage, Undervoltage, Ground Fault Leakage (Type B RCD), and high-capacity Surge Protection Devices (SPD) to safeguard vehicle electronics from voltage spikes.
Our production facilities utilize modern manufacturing processes to ensure high quality, precision engineering, and reliable performance across our entire product line.
Advanced Production Capabilities: From computerized raw sheet metal shearing to precision bending and robotized welding, we maintain tight tolerances. Utilizing high-end tooling, such as 5-axis CNC machining centers for battery covers and high-durability tooling fixtures, we ensure structural integrity for every charger cabinet and energy storage shell we fabricate.
Rigorous Quality Inspection: In accordance with our corporate philosophy of "safety as the first guide," every product undergoes multi-stage electrical testing, high-voltage insulation tests, environmental simulation chambers, and load bank cycling before shipment. We source our electrical components from tier-1 global suppliers to guarantee product longevity.
Global Logistics Excellence: Operating from the industrial hub of Guangzhou, China, we export to more than 20 countries, including the United States, the United Kingdom, Germany, France, and rapidly expanding Latin American markets. Our logistics team coordinates sea freight to the Port of Santos, ensuring efficient customs clearance and delivery to São Paulo.
Explore our range of energy storage systems, off-grid solutions, and mobile EV charging systems designed for commercial and industrial applications.
We support commercial infrastructure developers, utility partners, and charge point operators (CPOs) through an integrated OEM/ODM workflow:
We customize physical parameters, structural sheet metal profiles, bracket configurations, and branding options to meet local network deployment specifications.
We use premium-grade contactors, internal circuit breakers, surge protection devices, and controllers to ensure reliable operation under load.
Every structural run is checked for dimensional accuracy, weld integrity, powder coat thickness, and environmental resistance (IP rating verification).
For commercial projects, residential developments, or fleet charging stations, contact us to discuss configuration requirements, pricing structures, and custom shipping timelines.
Detailed answers regarding technical configurations, regulatory compliance, and grid integration for our charging infrastructure.
Our hardware solutions support critical parameter monitoring and load management capabilities that align with utility requirements (such as Enel São Paulo). Features include integrated Modbus/OCPP 1.6J/2.0.1 compliance, enabling remote communication with local utility grid management platforms for load control during high-demand periods.
Our outdoor charging enclosures feature IP54 or IP55 ingress protection and structural weather-stripping to prevent water entry. Internal components are protected by surge protective devices (SPD) to mitigate damage from voltage fluctuations caused by lightning strikes or grid transitions.
Yes. We offer OEM fabrication services for public utility operators and charge point networks. Through our sheet metal fabrication facilities, we customize physical layouts, colors, locking systems, and connection options, providing fully assembled systems ready for local integration.
Standard manufacturing ranges from 25 to 35 days, depending on configuration complexity and order volume. Transit from Guangzhou port to the Port of Santos typically requires 35 to 45 days. We coordinate logistics arrangements to facilitate customs clearance.
Optimize your project deployment. Contact our technical team for custom configurations, project planning support, and competitive export pricing tailored for the Brazilian market.
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Amp Link Charger
