초록

An actual run-up ramp is measured for internal combustion engine-generator unit during a starting process. The actual run-ramp is then set as the set run-up ramp. In this way, the closed-loop control of the internal combustion engine-generator unit adapts itself to the on-site conditions.

대표청구항 ▼

The invention claimed is: 1. A method for closed-loop speed control of an internal combustion engine-generator unit during a starting process, comprising the steps of: presetting a set speed (nM(SW)) by means of a set run-up ramp (HLR(SW)); computing a control deviation from the set speed (nM(SW))

The invention claimed is: 1. A method for closed-loop speed control of an internal combustion engine-generator unit during a starting process, comprising the steps of: presetting a set speed (nM(SW)) by means of a set run-up ramp (HLR(SW)); computing a control deviation from the set speed (nM(SW)) and an actual speed (nM(IST)); determining a set injection quantity (QSW) for controlling the actual speed (nM(IST)) from the control deviation by means of a speed controller; and, determining an actual run-up ramp (HLR(IST)) from the actual speed (nM(IST)), ((HLR(IST))=f(nM(IST))), and setting this as the set run-up ramp (HLR(SW)). 2. The method for closed-loop speed control in accordance with claim 1, including setting the actual run-up ramp (HLR(IST)) as the set run-up ramp (HLR(SW)) at least when an idling speed (nLL) has been reached. 3. The method for closed-loop speed control in accordance with claim 1, further including checking to determine whether the actual run-up ramp (HLR(IST)) is within a tolerance band (TB). 4. The method for closed-loop speed control in accordance with claim 3, including setting an error mode (FM) if the actual run-up ramp (HLR(IST)) is outside the tolerance band (TB). 5. The method for closed-loop speed control in accordance with claim 1, including determining the actual run-up ramp (HLR(IST)) from a change in speed (dn(i), i=1, . . . , n) of the actual speed (nM(IST)) within an assigned time interval (dt(i)). 6. The method for closed-loop speed control in accordance with claim 5, including computing the actual run-up ramp (HLR(IST)) from the change in speed (dn(i)) during the time interval (dt(i)) by taking the mean value. 7. The method for closed-loop speed control in accordance with claim 6, wherein the actual run-up ramp (HLR(IST)) and a constant (K) are added (HLR(SW)=HLR(IST)+K).