AERON in an innovative and at the forefront of development, for example with the development of energy efficient solutions such as the AERON Energy Recovery System – AERS, which is profitable both for our customers and the environment. The AERON AERS system is made in order to first utilize all free energy from air, water, engines and other equipment as far as possible before using new energy as efficient as possible. Read more

To control the AERON HVAC-R systems we deliver everything from simple, virtually maintenance-free Automation Systems to state-of-the-art computerized PLC systems. We deliver all necessary control panels, starters, frequency converter systems, valves, motors, sensors, and other accessories necessary for controlling and monitoring of HVAC-R systems. We have in house knowledge to design tailor made systems for you and we produce the control cabinets in our own workshop. The AERON Automation System will monitor and control the complete HVAC-R and AERS systems. Read more

Aeron connect can be delivered as a part of our AERON Automation PLC System. Aeron Connect makes it possible for us to monitor and control your HVAC-R System onboard the vessel og offshore installation, from our AERON Head Office. We will always need your permission to connect, so you will be in full control. This makes it easy to adjust, serve, and assist you wherever your vessel, rig or building are in the world, if you have an internet connection. With the Aeron Connect, you remain in control when transferring data. The Aeron Connect allows us to connect to you so we can communicate with each other and remote control your HVAC System through your own encrypted VPN. A public IP address and in-depth network expertise are not required. Feel free to contact us for more information. Read more

AERON has wide experience in design and delivery of complete Provision Refrigeration Plant. We design and deliver complete tailor-made solutions from small to large systems special designed for marine, offshore or land-based applications. We design and deliver all components, including the refrigeration machineries, evaporators, sensors, control panels and automation system. The most common way to build up the provision plant is to utilize two or more identical condensing units, with one stand by unit, so you always have 100% cooling and freezing capacity during service & maintenance. The temperatures in freezing and cold rooms, are individually controlled by room thermostats and the refrigeration machinery will start and stop automatically as needed. Whatever requirements you have, AERON will provide you with an optimal designed Provision room plant. Feel free to contact us for further information. Read more

Refrigeration is a cooling process where you remove unwanted heat from a selected object or space and transfer it to another object or space. In our applications, the main task for the refrigeration machinery is to cool the air in the Air Handling Unit (AHU), Fan Coil Unit (FCU) or in other cooling units so the rooms in accommodation or technical rooms could be Air-Conditioned. Read more

This system is common to use for Cabins and Accommodations for Marine & Offshore. The air first passes through an AERON Air Handling Unit (AHU) that filters, heats, cools, and humidifies the air before it is distribu-ted in insulated spiro pipes to the AERON Cabin Units ACU-1. The AHU will normally be delivered with a variable frequency drive to keep the right airflow, but the air supply temperature will be the same for all rooms. This is a simple system that still delivers good comfort to all rooms with manual air flow adjustment in each room, with a separate wall heater in the room to adjust the temperature. Read more

The system is based on constant air volume, for 100% fresh air to each cabin. For all passenger cabins, air conditioning is supplied by Air handling unit (AHU) as the primary source, and the AERON Cabin Fan Coil Unit APAX for the room as secondary heating and air conditioning. Supply air volume to each room corresponds to fresh air demand for the occupants. Read more