Think Efficient,
Act Precise

Upgrade van onze standaard netontkoppelborden (NOB) uit stock!

Due to the success of our off-the-shelf NOB 50kVA cabinets, which we can deliver from stock (and thus with a very short delivery time), we've made a small upgrade to make the offering even more flexible:

💼 THE OFFER

Our new standard NOBs (30-86kVA) are built in such a way that they can be easily and quickly adapted to various needs.

The starting setting of the NOB is provided for 50kVA with 1 inverter and without green power metering. Consequently, the following items can be adjusted as required:

- Number of inverters (1-3)

- Inverter size

- Power of the cabinet (30-86kVA)

- Provision for green power measurement

The delivery time depends only on the certification time of the grid disconnection relay (+-1.5 week).

👨‍🔧 WHAT DO YOU RECEIVE AS A CUSTOMER?

- A finished and already tested NOB 50 kVA, with the possibility of modifications

- Multi-wire diagrams

- Inspection report

- Mains disconnection relay (Type TELE)

🤔 WHAT IS OPTIONAL?

- Follow-up of grid-study by us 

- Cable calculations

- Minor modifications to the standard panel (see above)

Does this sound like music to your ears?

Then if interested, be sure to contact us by:

📧 Sending an email to sales@tisaco.be

📞 Contacting us by phone at +32 9 367 09 87 or +32 473 13 60 39.

New look for our company vans!

We are excited to present the new lettering on our company vehicles! Our logo and corporate design now shine on our vans, and we can't wait to send them out on the road.

A special shoutout goes out to “Calipage” for their fantastic work and professionalism.

Feel free to take a look at our website to learn more about our range of services, and contact us through the proper channels to discuss together how we can be of service to you!

Also be sure to visit our LinkedIn page for more photos and to stay up to date with all the latest news.

Project in the spotlight: Electrical panel for charging stations

Electrical panels for powering charging stations are also not unknown to us. We have recently designed an outdoor electrical panel that provides the necessary power for dual 22kW charging stations. This contributes to a more efficient and sustainable charging solution. 🚗🔋

Thanks to the 6mA-DC detection in the charging station, a Type B differential is not necessary. This allowed us to choose a Type A differential, which is both cost-effective and reliable. Also, the panel is designed for future expansion of the number of charging stations.⚡✅

This project is a perfect example of how we at Tisaco provide innovative and tailor-made solutions for our customers. Do you have questions about how we can help you with your electrical panels? Feel free to contact us!

Be sure to visit our LinkedIn page for more photos and to keep up with all the latest news.

Project in the spotlight: ALSB for air-water heat pump H-2600

What is the context of the project?

For a company in the logistics sector, the current system of gas heat supply was replaced by an air-water heat pump H-2600.

This integration significantly reduces CO2 emissions. A Fenagy H-300 chiller will take care of air-conditioning the rooms.

Why did we need an ALSB for this project?

Due to the integration of this heat pump, an expansion of the current electricity supply was strictly necessary. This necessitated a completely redesigned ALSB (3200A) to ensure optimal operation of the new system.

It is also interesting to note that the connection of the transformer is made directly to the ALSB and that the board is equipped with an INOX enclosure (stainless), since it is an outdoor installation.

What is an ALSB?

An ALSB, literally translated a General Low Voltage Panel, like a distribution panel, is responsible for distributing power to the various end-consumers linked to the panel.

Whereas a distribution board only provides power to the final consumers of the grid, an ALSB has the added functionality of being able to also provide power to other electrical panels in different locations, each of which in turn can then optimally distribute power to the end-consumers.

Be sure to visit our LinkedIn page for more photos and to keep up with all the latest news.