The Ford Transit Custom PHEV with e-CoolJet 106 is another Kerstner-related vehicle in Lamberet’s 2025 innovations brochure. Clear classification matters: PHEV means plug-in hybrid, not battery-electric vehicle. e-CoolJet 106 refers to the electric Kerstner refrigeration unit. The two must be assessed separately.
What does the Ford Transit Custom PHEV with e-CoolJet 106 demonstrate?
The brochure describes a refrigerated vehicle based on the Ford Transit Custom plug-in hybrid. The focus is an integrated Kerstner e-CoolJet 106, preserved external height, reduced electrical power consumption and an evaporator that does not unnecessarily obstruct the load space.
This interests customers because many fleets will not move entirely to BEVs immediately. A plug-in hybrid may be an interim solution for certain operating profiles. Refrigeration, vehicle propulsion, operating area and route profile must still be considered together.
Technically, e-CoolJet 106 belongs to the Kerstner refrigeration unit family. Details are on the page e-CoolJet 106. For comparison with other ranges, see the article CoolJet refrigeration units compared. The vehicle premieres were presented at the official Solutrans exhibition .
Why must PHEV not be confused with BEV?
BEV means a battery-electric vehicle without a combustion engine. PHEV means plug-in hybrid. A PHEV can run electrically but also has a combustion engine. This distinction matters for tenders, low-emission zones, funding criteria and fleet targets.
Nor does e-CoolJet 106 turn a vehicle into a BEV: it describes the refrigeration unit. Datasheets and quotations should therefore clearly distinguish propulsion from refrigeration technology.
| Term | Meaning | Why it matters |
|---|---|---|
| PHEV | plug-in hybrid with combustion engine and battery | relevant to operating profile and charging strategy |
| BEV | battery-electric vehicle | relevant to tenders and zones |
| e-CoolJet 106 | electric Kerstner refrigeration unit | relevant to refrigeration, height and energy demand |
| Chilled goods transport | positive-temperature control | typical application of this solution |
What benefits does integrated refrigeration offer?
Every detail counts in an urban vehicle. A roof unit can alter external height. A large evaporator can reduce load volume. An unsuitable power supply can affect electric range.
The brochure’s solution therefore uses an integrated refrigeration unit, preserved vehicle height and a roof-area evaporator. This can help in underground and multi-storey car parks, city-centre deliveries and customer visits where presentation matters.
An aluminium floor is also mentioned. This is no minor detail for refrigerated vehicles: the floor, cleaning and load securing determine how easily the vehicle can be made ready for service each evening.
Which businesses may find this solution attractive?
A Transit Custom PHEV with integrated refrigeration may suit city-centre deliveries, event supplies, catering or chilled deliveries with limited volume. Here too, the whole route matters, not propulsion alone.
With many daytime stops, refrigeration must cope with frequent door openings. If loading takes place at night or early in the morning, stationary periods and pre-cooling need checking. If a low-emission zone is relevant, propulsion and local rules must be assessed carefully.
The solution is particularly useful where height, appearance and flexible access matter, such as hotel deliveries, exhibition catering, weekly markets or city-centre store deliveries. Capacity alone is not decisive: the vehicle must work without detours, special permits or improvised loading points.
Clear technical descriptions particularly help mixed fleets, making coordination between purchasing, drivers, workshops and customers easier.
Which details should be separated in the quotation?
A good quotation separates the base vehicle, propulsion, refrigeration unit, insulation and equipment. This prevents misunderstandings. With the Ford Transit Custom PHEV, the customer must not be led to think that electric refrigeration automatically means a battery-electric van.
This distinction also matters economically to fleet managers. Propulsion affects charging infrastructure, fuel strategy and low-emission zones. The refrigeration unit affects temperature control, energy demand and service. Interior equipment affects cleaning, load securing and drivers’ daily work.
Clear descriptions help purchasing compare options, service teams assist more quickly later and drivers understand the system they operate. Product data should therefore be both technically accurate and unambiguous in wording.
What does this mean for you?
- You can clearly distinguish PHEV, BEV and electric refrigeration.
- You understand why e-CoolJet 106 does not automatically mean BEV drive.
- You check early whether vehicle height is critical for your routes.
- You bring vehicle selection, refrigeration and cleaning together in the quotation.
- You avoid false expectations in tenders and customer approvals.
FAQ
Is the Ford Transit Custom PHEV a BEV?
No. PHEV means plug-in hybrid. The vehicle has an electric drive component and an additional combustion engine.
Does e-CoolJet 106 automatically mean battery-electric propulsion?
No. e-CoolJet 106 refers to the electric refrigeration unit. Vehicle propulsion is assessed separately.
What temperature is this solution intended for?
The brochure describes the solution in the context of chilled goods and integrated refrigeration. Frozen transport requires a separate technical assessment.
Which details matter for a Kerstner assessment?
The base vehicle, temperature range, goods, route duration, door openings, payload and desired equipment are needed.
Final call to action
If you are considering the Ford Transit Custom PHEV or a similar class for chilled deliveries, get in touch. The direct contact with our sales team will lead to the right assessment.