The main purpose of Anda-Olsen's hybrid solutions is to provide optimised energy production. Wherever generators are used, the goal is to allow them to operate at optimal loads once they are running, and to run on battery power as much as practically possible. When the local mains power is at limited capacity, an Anda Hybrid solution can handle power peaks.
Over 3000 self-manufactured systems delivered
We have delivered over three thousand self-manufactured UPS systems for use in the maritime and offshore industries. In many cases, the challenges are the same on a ship, as they placed in a closed facility at sea; only the absolute minimum of space is available for technical equipment. Our solutions are space-efficient and can be provided in a completed form with distribution circuits.
Our UPS and battery solutions meet the need for reliable power and the need for backup power. We provide applications for several different industries such as the aquaculture industry, the construction and development sector, as well as structures and facilities in areas without direct access to power, such as tourist cottages or leisure homes.
Charging banks for electric workboats are provided in container solutions. If it is necessary to quickly charge electric workboats, and mains power (or generator) capacity is limited, a charging bank may allow you to charge workboats with an output of up to 150 kW.
Capabilities and advantages:
Storage of power from unit, solar, wind, and land power.
Unit shut-down for up to 75% of the day
Improved on-site operating economy
Reduced CO² and climate gas emissions
Peak shaving in generator operations and limits on mains power
Module-based solutions with and without generators
Easy to transport
No limits on scaling
Anda-Olsen has also developed its own monitoring system, Anda Cloud. This is an advanced system for monitoring of the conditions of UPS and battery, designed in order for you to feel completely certain that the system working as intended.
With Anda Cloud, we can offer you a complete overview of the status of the system. You will be able to monitor everything from battery level to data regarding the surroundings in the room.
Example of different power outputs of 800kw from battery in:
- 5min (DOD* of 80%): will require a battery bank of 100kwh with a 10C* discharge rate.
- 60min (DOD* of 80%): will require a battery bank of 1000kwh with a 1C* discharge rate.
- 60min (DOD* of 80%): will require a battery bank of 2000kwh with a 0.5C* discharge rate.
*DOD = Depth of Discharge, which indicates how big a share of the power bank is used in practice
*C-rate = Discharge/ charge rate. 1C discharge means that a 100-kWh battery will be able to output 100kW.