top of page

no heat wasted

Nohewa offers modular, scalable, and transformable heat pump plants. We optimize heating and cooling processes to benefit our customers and the climate.

Heatzilla module


Heatzilla® concept was created to meet the need for a plug-n-play heat pump plant with shorter delivery time and possibility to scale the plant design to the right heating capacity.

Heatzilla® plants are ecological and economical alternatives for district heat production and other heating needs. 

Solution according to your needs

Heatzilla® products are scalable, modular, and flexibly adjustable to fit large variety of different facilities. The heating capacity can be scaled up starting from 1,5 MW. Custom solutions are available for smaller heating needs. 

Heating from any source

With different block combinations modular Heatzilla® plants can utilize heat from the air or any water sources. Plant can be installed inside an existing facility or delivered with weatherproof container elements.

Plug-n-play solution

The Heatzilla® blocks are delivered to the site pre-fabricated and will be connected with very little disturbance at the site. Nohewa will take care of the whole process until the commissioning is successfully completed. 


We work for sustainability.

Turnkey project

Reliable turnkey partner

We offer turnkey services, where Nohewa takes care of the conceptualization, design, procurement, assembly, and commissioning. Customers can follow along the process from signing the contract to the heat production start without worrying about the practical side. Heatzilla® concept offers short delivery times compared to current industry standard.

Nohewa team working on site

Experienced team

We are a group of energy enthusiasts with a strong will to do our part for a more sustainable future. Our team has significant experience consulting customers with different heating and cooling needs, for example in data centers. We love to share our best insights on heat pump utilization, heat recovery possibilities, and energy optimization. 

bottom of page