July 13th, 2026 | GM Energy’s Aseem Kapur talks bidirectional charging; Auto industry confidence index

Stalantis appears to be the speaker’s reference to Stellantis, the automaker formed from the merger of Fiat Chrysler Automobiles (FCA) and PSA Group. In this segment, it’s discussed in terms of global shipments and how much growth came from North America.

Operating margin is a profitability metric that shows how much profit a company makes from its core business after operating costs, but before interest and taxes. When the host says Volkswagen Group cut back on product complexity to lift operating margins, they mean the company expects higher profit per dollar of sales by simplifying what it builds.

Volkswagen Group is the parent company behind multiple car brands, including Volkswagen and Audi. Here, it’s mentioned as cutting back on product complexity as a strategy to improve profitability (operating margins).

Asim Kapoor is identified in the segment as Chief Revenue Officer at GM Energy. He’s the guest discussing bi-directional charging and the broader shift toward EV-focused energy services.

Inventory concerns refer to worries that a company has too many vehicles sitting unsold, which can pressure pricing and cash flow. In this segment, shipment growth is said to have raised inventory concerns for Stellantis in North America.

The Ram 1500 is Stellantis’ full-size pickup truck, and the host highlights a specific update: the reintroduced Hemi V8 engine. That matters because engine choice strongly affects towing feel, power delivery, and how buyers compare it to competing trucks.

Dodge Ram refers to the Ram pickup truck lineup, best known for the Ram 1500, a full-size truck that’s often discussed when it gets major updates. In this context, the podcast highlights the Ram 1500 being refreshed with a reintroduced Hemi V8 engine, which matters because it changes performance, towing feel, and buyer appeal. It’s the kind of product update that can signal how the brand is responding to demand for more powerful gas engines.

A Hemi V8 engine refers to Chrysler’s “Hemi” design, known for hemispherical combustion chambers. That architecture can support efficient airflow and strong performance characteristics compared with some other V8 layouts.

The Dodge Charger is a performance-oriented sedan/coupe in the Dodge lineup, and the host ties its sales contribution to ramped deliveries of a new generation. For enthusiasts, the Charger is notable because it’s often associated with V8-era muscle-car heritage and ongoing powertrain evolution.

The Jeep Cherokee is a compact SUV from Jeep, and the host mentions ramping up deliveries of a new generation. That’s relevant because a generation change typically brings updated powertrains, tech, and packaging that can shift sales momentum.

An auto industry confidence index is a survey-based measure of how optimistic industry participants are about near-term conditions. Here, it’s described as strengthening across four sectors and being optimistic for the next six months, with dealers leading the rise.

Trade tensions are disputes or friction between countries that can lead to tariffs, quotas, or other barriers to importing and exporting goods. The host frames them as weighing on the auto industry through affordability and regulatory uncertainty.

Product complexity is the number of different variants, configurations, and platforms a manufacturer has to design, build, and support. Cutting it can reduce engineering and manufacturing costs, simplify supply chains, and improve profitability.

Oliver Bloom is identified in the segment as the CEO driving Volkswagen Group’s profitability efforts. The discussion links his strategy to reducing product complexity and improving margins.

GM Energy is a General Motors subsidiary focused on supporting EV owners and the electricity grid needs that come with EV charging. In this segment, it’s described as building charging-related infrastructure and services, including bidirectional charging.

Grid demand is the amount of electricity the power grid needs at a given time. EV charging can increase and reshape grid demand patterns, which is why charging infrastructure and smart energy management matter.

A sustainable battery loop refers to a closed-loop approach to batteries—using them, then recovering and reusing materials or repurposing batteries for new applications. The goal is to extend battery usefulness and reduce waste and raw-material demand.

Public charging refers to EV charging stations available for use by anyone, typically at retail locations, highways, or dedicated charging networks. It’s distinct from home charging because it depends on network coverage, payment systems, and charger availability.

ChargePoint is a well-known EV charging network brand. In the segment, it’s mentioned as part of a partnership set aimed at increasing public charging access.

Pilot Flying J is a major U.S. travel-center and fuel retailer that also partners in EV charging rollouts. In this context, it represents where public chargers can be placed to improve charging access along routes.

EVgo is an EV charging network brand in the U.S. It’s cited here as a partner for expanding public charging availability across the country.

Bi-directional charging lets an EV send electricity back to the grid or to a home, not just take power in to recharge. That means the car can act like a temporary energy storage unit during outages or peak-demand periods.

Vehicle to grid (V2G) is the use case where an EV communicates with the power grid and can export electricity when the grid needs it. It typically requires compatible chargers, EV hardware, and grid software to coordinate charging and discharging safely.

Rising energy demand refers to increasing total electricity usage over time. The speaker ties it to why EV-grid technologies matter: more electricity needs to be delivered reliably and safely as consumption grows.

Electrification is the shift from using non-electric energy sources (like gasoline or natural gas) to using electricity. The speaker frames it as a driver of higher electricity needs from both transportation and buildings.

Utilities are the companies that generate, transmit, and distribute electricity to customers. In this segment, they’re partnering with EV programs to coordinate when EVs can be used as flexible power resources.

Blackouts are large-scale power outages where electricity stops being delivered to homes or businesses. The segment connects blackout risk to why backup power from EVs can be valuable in certain regions.

Grid congestion is when parts of the electric grid can’t move enough electricity to where it’s needed. It often happens during high demand, and it can limit how much power utilities can deliver without upgrades.

Flexible resources are power sources or loads that can adjust their electricity use or output in response to grid needs. EVs with bidirectional charging can function as flexible resources by providing power when the grid is stressed.

Vehicle to home (V2H) is a setup where an EV uses its battery to power household loads during normal operation or outages. Instead of only charging the car from the grid, the car can also send electricity back to the home.

Aging infrastructure refers to utility systems (like power lines and grid equipment) that have been in service for decades and are more prone to failures. The transcript connects it to higher outage risk in certain regions, increasing demand for backup power solutions.

Resilience from climate change is the idea of preparing for more frequent or severe weather impacts that disrupt power. In the episode, it’s framed as a driver for customers to adopt systems that can keep critical electricity running during events like hurricanes and wildfires.

Energy independence is the desire to reduce reliance on the external grid by generating and storing energy locally. In this context, it’s linked to customers adopting solar plus storage and using EVs as additional backup capacity.

Solar energy refers to electricity generated from sunlight using photovoltaic panels. The transcript ties solar to the need for storage so the energy can be used later, especially during outages.

A home energy management system (HEMS) is software and hardware that monitors and controls how energy flows in a home—often coordinating solar, batteries, EV charging, and backup power. It helps optimize when to charge, when to discharge, and what loads to prioritize.

A power bank product in this context is a home energy storage device that can hold electricity for later use. It’s being positioned alongside EVs and solar so customers can store energy and draw on it during outages.

Bi-directional charging is the capability for an EV charger to move electricity both directions: charging the vehicle and, in the other direction, powering external loads or the grid. It’s the core technology that enables V2H and V2G use cases.

A gasoline generator is a portable power source that burns fuel to produce electricity during outages. The comparison matters because EV bidirectional systems are being evaluated against the runtime, convenience, and emissions profile of traditional generators.

Kilowatt-hours (kWh) measure energy capacity—how much electricity a battery or storage system can hold. Higher kWh generally means the system can run longer (more backup hours), assuming similar power draw.

Reliability metrics are performance targets utilities use to measure how well they restore power after outages. The speaker references compliance thresholds like restoring 80% or 90% of customers within specific timeframes.

A leasing program is a way to offer equipment without requiring the customer to buy it outright. For home energy storage, leasing can lower upfront cost and make it easier for consumers to adopt systems they might otherwise postpone.

DTE is referenced as an energy company partner in the segment’s incentive and awareness efforts. The context suggests utilities that help drive adoption of EV-to-home/grid technologies.

PG&E (Pacific Gas and Electric) is a utility company that partners with automakers to encourage customers to adopt energy technologies. Here, it’s mentioned as offering incentives toward the purchase of the bidirectional system.

Planned outages are scheduled power shutoffs utilities use to reduce risk—often during extreme weather or wildfire conditions. The segment connects them to the need for backup power like V2H.

Powering the grid refers to using EV batteries as an energy resource for the utility network. In this segment, it’s framed as drawing energy from EV batteries to help balance supply and demand.

Grid stability and reliability describe how consistently the power system can deliver electricity without major disruptions. The segment claims bidirectional battery power could help utilities keep the grid steady, especially as demand and renewable generation fluctuate.

Energy storage is the ability to store electrical energy for later use. In this context, it’s part of how EV batteries and related systems can support backup power and grid balancing.

Redwood Energy is mentioned as a partner in energy storage. In the segment, that partnership is tied to GM’s strategy for getting more value out of EV batteries over their lifecycle.

Circularity is a sustainability strategy focused on keeping materials and products in use longer, extracting more value over time. The segment applies it to EV batteries—using them in multiple roles rather than treating them as single-purpose components.

EV stands for electric vehicle. In this segment, the host is talking about the battery inside an EV and how it’s reused after the battery’s original driving job is done.

Propulsion use refers to using an EV battery to power the vehicle’s drive system. The segment contrasts propulsion life with what comes after—when the battery can still be useful for non-driving applications.

Rare earth materials are a group of elements used in many battery chemistries and other high-tech components. The segment highlights that recycling can recover these valuable materials rather than relying entirely on new mining.

A circular loop describes a closed-loop lifecycle where materials and assets are reused across multiple stages rather than discarded. Here, the segment ties it to EV batteries moving from vehicle propulsion to stationary uses and then to recycling.

Second use (in EV-battery context) means reusing a battery after it’s no longer suitable for propulsion in a vehicle. Instead, the battery is repurposed for stationary roles like supporting the grid.

Grid applications are stationary uses of electricity and energy storage that help the power system operate more reliably. In this segment, the idea is that used EV batteries can be deployed to support the grid after their vehicle life ends.