Base de conhecimento

Guias técnicos sobre carregadores para VE

Guias práticos sobre seleção, preço, certificação e tecnologia de carregamento de veículos elétricos para operadores, instaladores e compradores por atacado.

Site and Operations

Battery Energy Storage for EV Charging Sites: A Practical Guide

Storage is not a universal upgrade for every charging site. It earns its place when the grid connection, demand charge, or operating profile makes flexibility more valuable than additional capacity.

12 min de leitura
Site and Operations

Solar and Storage for EV Charging: Design Rules That Matter

Solar and storage can make an EV charging site cleaner and cheaper to operate, but only when generation, charging demand, and grid limits are designed as one system.

11 min de leitura
Buying Guides

Peak Shaving EV Charging: How Demand Charges Change ROI

Demand charges can decide whether a charging site is profitable. Peak shaving changes the economics by controlling when power is pulled from the grid.

12 min de leitura
Buying Guides

BESS Sizing for EV Charging Hubs: Power, Energy and Duration

BESS sizing is not one number. A charging hub needs the right power rating, usable energy, duration, and control reserve to serve vehicles without overbuilding.

12 min de leitura
Standards and Compliance

Battery Storage Fire Safety at EV Charging Sites: Design Checklist

Battery storage fire safety is a system design problem. Code compliance, detection, separation, shutdown, and emergency response must work together at the site.

13 min de leitura
Site and Operations

EV Charging Hub Electrical Design: Transformer to Connector

A charging hub is an electrical installation before it is a charging installation. The transformer, switchgear, protection, and metering determine what the chargers can do.

13 min de leitura
Technology

EV Charger Power Modules: Selection, Redundancy and Replacement

The power module is where most DC charger failures begin and where efficiency, redundancy, and serviceability are decided. It deserves more attention in procurement.

12 min de leitura
Site and Operations

EV Charger Preventive Maintenance: Schedule, Tests and Uptime

Most charger downtime is predictable. Heat, dust, connector wear, loose terminals, and outdated firmware leave warning signs before a charger fails.

12 min de leitura
Technology

EV Charger Payment Systems: Terminals, Backends and Roaming

A payment system is more than a card reader. Authorization, pricing, roaming, settlement, receipts, and vehicle identity have to work as one chain.

12 min de leitura
Site and Operations

Fleet Depot Charging Design: From Duty Cycle to Grid Connection

A fleet depot should be designed around when vehicles must leave, not around charger nameplates. The duty cycle determines power, charger mix, and grid connection.

13 min de leitura
Buying Guides

How to Choose an EV Charger Manufacturer: A 12-Point Vetting Checklist

The failures that hurt operators are commercial, not electrical: a warranty that excludes the power module, a spare part with a 14-week lead time. Twelve checks that surface those risks early.

11 min de leitura
Buying Guides

DC Fast Charger Price Guide: What Actually Drives Cost per kW

Two 120 kW chargers can differ by 40 percent in price. The gap is not margin: it is module brand, cooling type, enclosure rating, and how many units you order at once.

11 min de leitura
Buying Guides

EV Charger Deployment Cost: Hardware, Installation, and Grid Connection

The charger is often the smaller half of the invoice. Electrical installation, civil works, and the grid connection routinely add 40 to 100 percent on top of hardware, and they are the numbers buyers underestimate.

11 min de leitura
Site and Operations

EV Charging Station ROI: How to Model Payback for a CPO Network

Payback on a charging station swings from 2 years to 12 on the same hardware. Utilization is the variable that decides it, and it is the one most business cases guess at.

11 min de leitura
Buying Guides

AC vs DC Charging Stations: Which Should Your Site Deploy in 2026?

The choice between AC and DC is really a question about dwell time and grid capacity, not about which charger is faster. Here is how the two families split on a real site.

11 min de leitura
Buying Guides

EV Charger OEM/ODM: Building Your Charging Brand with a Private Label

A private label charger is not just a badge on someone else's box. Certification ownership, tooling amortization, and firmware defaults decide whether the brand you build is actually yours.

12 min de leitura
Site and Operations

EV Charger Site Selection and Electrical Planning Checklist for CPOs

Most charger projects that run late were not delayed by hardware. They were delayed by a transformer that had no headroom, a trench route nobody surveyed, or a permit filed after the concrete was poured.

12 min de leitura
Standards and Compliance

EV Charger Certifications: CE, TUV, UL, CB, and What Buyers Verify

CE is a self declaration backed by test evidence, not an approval from Brussels. The marks in a charger tender prove different things, and the paperwork gap is what holds shipments at the port.

12 min de leitura
Standards and Compliance

OCPP 1.6J vs OCPP 2.0.1: Which Protocol Should Your Charging Network Use?

OCPP 2.0.1 is not simply a newer version of 1.6J. The two protocols differ in architecture, security model, and device management. Here is what the difference means for a charger purchase in 2026.

11 min de leitura
Standards and Compliance

CCS, NACS, CHAdeMO, and GB/T: EV Connector Standards Explained

The plug determines who can charge at your site. The protocol underneath it determines whether the session actually completes. Buying in one region and deploying in another makes that difference expensive.

12 min de leitura
Technology

EV Charging Levels Explained: Level 1, Level 2, and DC Fast Charging

The level number describes the supply, not the speed a driver actually gets. The onboard charger and the battery charging curve decide the rest, and both are outside the charger spec sheet.

12 min de leitura
Technology

How DC Fast Charging Works: Power Modules and Thermal Design

Most DC charger failures trace back to heat and to the modules that generate it. The internal chain explains why two cabinets with identical ratings age very differently in the field.

12 min de leitura
Technology

Liquid-Cooled Ultra-Fast Charging: Why 600A Cables Need Active Cooling

The cable is usually the part of a high-power charger that decides how fast a session feels. Cooling it is what lets 500A and 600A connectors stay light enough for a driver to coil with one hand.

12 min de leitura
Technology

Load Balancing and Dynamic Power Sharing for EV Charging Sites

A site with ten 120kW dispensers is rarely a 1.2MW site. Understanding how capacity is actually shared is what separates a workable electrical design from an expensive upgrade.

11 min de leitura
Technology

V2G and Bidirectional Charging: Standards, Status, Real Projects

Bidirectional charging gets described as a grid service waiting for cars to arrive. The deployments that work today look different: buses and vans with fixed schedules, one owner, and a predictable duty cycle.

11 min de leitura

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