Abstract: Temperature control is provided. A method includes adjusting a first SCR intake position to a second SCR intake position to reduce a first difference between an SCR inlet temperature at the first SCR intake position and a target SCR inlet temperature, responsive to the determination of the first difference. The method includes adjusting a bypass valve position to reduce a second difference between the SCR inlet temperature at the second SCR intake position and the target SCR inlet temperature, responsive to determining the second difference.

Abstract: Presented herein are techniques for sharing loads across generator sets. A system may include a plurality of generator sets electrically coupled with one another to deliver electrical power to a load. A first generator set may include a first control panel to manage delivery of the electrical power between the first generator set and the load. The first generator set may include a first barrier to cover the first control panel to obstruct access to the first control panel from outside. The first generator set may include a first sensor configured to monitor for a state of the first barrier as one of: a closed state or an open state. The first generator set may include a first interlock to send, responsive to detection of the first barrier in the open state, an electrical signal to each generator set to terminate delivery of the electrical power.

Abstract: Presented herein are techniques for operating a generator system. The system includes a generator set. The system includes a sensor configured to detect a temperature of a coolant for the generator set. The system includes a controller. The controller can be configured to receive an indication of the temperature of the coolant from the sensor. The controller can be configured to initiate an action to modify cranking of the generator set in response to the temperature of the coolant being below a first threshold.

Abstract: Presented herein are techniques for operating a generator system. The system includes a generator set. The system includes a sensor configured to detect a temperature of a coolant for the generator set. The system includes a controller. The controller can be configured to receive an indication of the temperature of the coolant from the sensor. The controller can be configured to initiate an action to modify cranking of the generator set in response to the temperature of the coolant being below a first threshold.

Abstract: Temperature control is provided. A method includes adjusting a first SCR intake position to a second SCR intake position to reduce a first difference between an SCR inlet temperature at the first SCR intake position and a target SCR inlet temperature, responsive to the determination of the first difference. The method includes adjusting a bypass valve position to reduce a second difference between the SCR inlet temperature at the second SCR intake position and the target SCR inlet temperature, responsive to determining the second difference.

Abstract: Presented herein are techniques for sharing loads across generator sets. A system may include a plurality of generator sets electrically coupled with one another to deliver electrical power to a load. A first generator set may include a first control panel to manage delivery of the electrical power between the first generator set and the load. The first generator set may include a first barrier to cover the first control panel to obstruct access to the first control panel from outside. The first generator set may include a first sensor configured to monitor for a state of the first barrier as one of: a closed state or an open state. The first generator set may include a first interlock to send, responsive to detection of the first barrier in the open state, an electrical signal to each generator set to terminate delivery of the electrical power.