Schneider Electric Introduces Schneider Charge Residential EV Charger With Integrated Load Management

Residential charger launch targets constrained electrical capacity

Schneider Electric has launched Schneider Charge, a Level 2 AC EV charger for homes in the United States and Canada. Announced August 25, 2026, the product is aimed at installations where adding EV charging could otherwise trigger a larger review of a home’s electrical service or panel capacity.

The new unit is separate from Schneider Charge Pro, Schneider Electric’s commercial-oriented charging line. For residential work, Schneider Charge is positioned around a hardwired installation and an integrated approach to controlling charging demand rather than simply delivering the highest possible fixed output.

For electrical contractors serving Schneider Electric and Square D customers, the product’s central feature is not only the charger hardware. It is the inclusion of load-monitoring components and control logic intended to manage the EV load against changing demand elsewhere in the home.

SmartAmp varies charging speed as household demand changes

Schneider Electric calls the onboard load-management feature SmartAmp. Compatible hardwired Schneider Charge models include current transformers that are installed and commissioned to measure the home’s electrical load. When household demand approaches the configured capacity threshold, SmartAmp can reduce the vehicle’s charging rate; it can restore charging output when demand falls.

This behavior is relevant for homes with simultaneous large loads such as electric cooking equipment, heat pumps, water heaters, dryers or other electrification upgrades. Rather than treating the EV charger as a constant maximum load in operation, the control system is designed to limit charging demand dynamically.

The manufacturer says the load-management function continues to operate if Wi-Fi is unavailable. Internet connectivity is instead associated with app functions such as monitoring, rate settings and charging schedules. That distinction matters during commissioning: local electrical-control operation and customer-facing connected features should be tested as separate functions.

Specifications include 48 A output and two connector choices

Schneider Electric lists the hardwired Schneider Charge at up to 11.5 kW and 48 A. The residential line is available with either a J1772 connector or a J3400/NACS connector, giving contractors a model-selection choice based on the vehicle fleet expected at the residence. The published product information also identifies a 25-foot charging cable and a NEMA Type 4 enclosure rating for the J1772 hardwired model.

The company says the charger supports OCPP 1.6 and is controlled through the Schneider Charge app. Those communications and scheduling capabilities may be useful as utility rate structures or managed-charging programs evolve, but installers should avoid representing a future utility-program benefit as guaranteed. Program eligibility, communications requirements and incentive conditions are determined by the relevant utility or program administrator.

Schneider Electric has also said a plug-in version is planned for early 2027. The current launch concerns the hardwired residential models, so purchasing teams should verify the precise catalog number, connector type and installation method before ordering.

UL 3141 context does not replace field design or local approval

Schneider Electric describes the system as UL 3141 certified for load management. UL Solutions explains that UL 3141 addresses power control systems used to mitigate overload conditions, including systems managing EV supply equipment. The framework is intended to support use of existing electrical infrastructure while controlling current to prescribed limits.

That certification does not eliminate the need for an electrical load calculation, a review of the installation instructions, or approval by the authority having jurisdiction. Schneider Electric itself conditions managed-load installations on acceptance by the AHJ. Local adoption of electrical-code editions and local interpretations can differ, particularly as newer power-control-system provisions enter the field.

For installers, the practical questions are therefore site-specific: where the current transformers are located, what service or feeder limit is programmed, which loads are being managed, how the controlled equipment is marked, and whether the submitted permit package adequately documents the control arrangement. A charger that can modulate its load may broaden design options, but it is not a universal substitute for a service upgrade.

What procurement and installation teams should review

Procurement teams should confirm that the selected Schneider Charge part number matches the customer’s vehicle connector, planned charging rate and approved installation approach. They should also verify that the package includes the components required to enable SmartAmp, rather than assuming every charger configuration supports load management.

Electrical professionals should confirm conductor and overcurrent-protection sizing, available panel space, disconnecting means where required, grounding and bonding conditions, mounting location, cable routing, network setup expectations and any local utility or permitting requirements. The SmartAmp configuration and current-transformer installation should be completed by a licensed electrician or other qualified professional, consistent with Schneider Electric’s guidance.

Schneider Charge gives contractors another residential EVSE option where panel and service constraints are a material design concern. Its value will depend on disciplined site assessment and on whether the local AHJ accepts the managed-load method for the specific installation.