32 kWh in Tiszafüred, Hungary: Two 16 kWh EXLIPORC Cabinets Delivered from European Warehouse Stock

 32 kWh in Tiszafüred, Hungary: Two 16 kWh EXLIPORC Cabinets Delivered from European Warehouse Stock

In October 2026 two EXLIPORC 16 kWh LFP cabinets were installed in Tiszafüred, in the Jász-Nagykun-Szolnok county of central Hungary. The work was completed on 24 October, and the cabinets reached the site from our European warehouse rather than from a production slot.

The scope is worth being clear about at the start. We supplied the two battery cabinets. The customer chose the inverter, and their own electrician built the system around them. That is how most of our European business runs, and it is part of why this case is worth publishing: the cabinets are doing their job inside a system that somebody else designed and owns.

 What was on site

Storage nameplate: 2 × 16 kWh = 32 kWh.

The cell standard across the EXLIPORC range, including these two cabinets, is the EVE 324Ah prismatic LFP cell from EVE Energy (3.2 V 324Ah). Each cabinet manages itself and reports on its own front colour touchscreen, so state of charge, load and power flow are readable per unit without opening the enclosure.

 How the customer's installer built around them

One wall-mounted hybrid inverter serves the whole 32 kWh block, with DC isolation on the battery side. At this size that is a simpler arrangement than a parallel inverter stack, and it keeps commissioning, protection and monitoring on a single path.

Because each cabinet runs its own BMS, the two branches stay independently observable, so a fault in one does not have to take the other out of service, and whoever services the system can tell which branch needs attention before opening anything. The battery-side isolation lets one branch be worked on without shutting the whole installation down.

We did not select the inverter or the disconnect devices, and we make no claim on their sizing or performance. What this case does show is that our cabinets work with a third-party inverter and a conventional DC isolation arrangement, and that a local electrician can build around them without special tooling or proprietary parts.

 Indoor rating, stated plainly

These are indoor cabinets, and this system is indoors. The range we supplied is rated for interior use only. It is not an outdoor, IP-rated installation, and it should not be copied as a template for an outside wall, an outbuilding or an unheated garage — the mechanical, thermal and warranty terms on the outdoor range are different.

Catching that at quotation stage is much cheaper than catching it once the cabinet is already standing in the room.

 Why the European warehouse mattered

The customer set the installation date, and that is worth understanding, because normally we set it.

A 32 kWh order has three ways to reach a site. Factory order is the longest: production queue, ocean freight, customs clearance, inland delivery and commissioning, each one a dependency on a schedule the customer does not control. Made-to-order with air freight shortens the timeline and puts the cost of that shortening into the delivered price.

European warehouse stock is the third option. The cabinets are already inside the EU, so there is no customs event, no long-haul transit and no production queue — just a domestic delivery leg and an installation slot. For a customer with a fixed date and their own installer, that is often the difference between a workable project and a postponed one.

 The site

Tiszafüred is a town in the Jász-Nagykun-Szolnok county, in the Northern Great Plain region of central Hungary, and the largest settlement of the Lake Tisza area. It is a region of low-rise housing, agricultural premises and small industrial sites, where a storage decision is usually taken on running cost rather than on a sustainability target, and where the space available is normally a utility room rather than a dedicated plant room.

Those are the conditions the indoor cabinet and the floor-standing format were chosen for.

 What this configuration suits

A two-cabinet, single-inverter arrangement like this fits:

• Homes and small commercial premises with a load profile that supports a 32 kWh block rather than a single small unit
• Installers who need stock in the region rather than a made-to-order lead time
• Projects where the customer wants a defined capacity that can be extended later by adding a further cabinet
• Installations where the equipment has to stay readable and serviceable for the owner

 What this case tells a buyer

If you are comparing suppliers, four things in this project can be checked rather than believed: the cell and who makes it, the configuration and protection rating as stated, whether the cabinets work with the inverter the customer has already chosen, and whether the supplier can point to a completed installation in your own market.

We put all four in writing for any project we quote.