Under normal conditions the units run in parallel with the grid, and electricity generated in excess of the boiler house's own demand is fed into the grid. When the grid goes down, the unit switches to island mode and the boiler house continues to supply heat.

The most common mistake is buying CHP for peak load instead of base load. Peaks should be covered from the grid, and CHP should be sized for the base. Otherwise the unit will run under-loaded and won't pay back.

Manure turns into biogas in the reactor — \"free\" fuel. Digestate (post-reactor humus) becomes valuable organic fertilizer instead of waste. One unit closes three economic cycles at once

The right question is not 'will I be on time by date X' but 'which solution fits my facility and my horizon'. We have options for the full planned cycle, fast-track, and hybrid.

The DvGA-500 and DvGA-630 cover around 70% of real Ukrainian B2B inquiries: dairy plants, greenhouse complexes, district heating, agricultural facilities.

A diesel generator and a CHP unit of the same electrical output are two different tools, not two competing products. Diesel is for backup (500-1000 h/year), CHP is for continuous operation (4000+ h/year).

The most common investor question is: 'How many years will it take to recover the investment in a cogeneration unit?' There is no universal answer — payback depends on power output, fuel type, load profile, and current tariffs. In this article, we break down a real calculation for a typical 500 kW CHP unit and show what makes up the project economics.

You pay for fuel once but get two outputs — electrical and thermal energy. That is why the fuel utilization factor in cogeneration reaches 85-92%, whereas a typical power plant achieves only 35-40%.