Steam is generated by circulating the boiler water through the upper chamber where the electrodes are suspended.
Steam is produced in the upper chamber and released at the upper side of the boiler.
The boiler regulates on constant pressure up to its maximum power setting. The output is controlled by a throttle valve that regulates the level in the upper boiler chamber.
An important parameter related to optimal function of the electrode boiler is the water conductivity.
The conductivity is continuously monitored to ensure that the boiler gives the correct output.
When the conductivity exceeds the programmed set point, automatic blow down is initiated.
When the boiler is in operation mode, the boiler can regulate from 4-100% in 1 minute.
From cold start to 100% effect, it takes few minutes. With hot keeping of the boiler you can go from standby till 100% in around 2 minutes.
High performance: convert almost 100% of the electrical energy into heat. Rapid response (full load within 30-40 minutes from cold start or within one minute from hot start).
Economical Installation: Operating at distribution voltages, eliminates the need for fuel lines, storage and handling equipment, economizers, and emission control equipment, saving on capital expenditures.
Lower operating costs: easy to operate and simple to maintain. Automatic controls reduce the operating personnel requirements.
Solves energy problems: for areas affected by allocations or interruption of natural gas and costly oil supply, electrode
boilers provide a dependable source of steam. Offers a clean, easier-to-use alternative to fossil fuels.