Moving and storing energy between utility's energy delivery networks

A system comprising:

• a first energy converter operable to consume a first energy form delivered by a first energy delivery network, produce a second energy form therefrom, and provide the second energy form into a second energy delivery network;
• a second energy converter operable to consume the second energy form delivered by the second energy delivery network, produce the first energy form therefrom, and provide the first energy form into the first energy delivery network;
• and
• a controller operable to control the first energy converter and control the second energy converter, wherein:
• the first energy form is a different form of energy than the second energy form;
• the first energy delivery network is configured to use and store the first energy form,
• the second energy delivery network is configured to use and store the second energy form, and
• to control the first energy converter and the second energy converter is based at least in part on causing a net shift of energy between the first energy delivery network and the second energy delivery network based on seasons.

A computer readable storage medium comprising instructions which, when executed by a processor, cause the processor to:

• control a first energy converter operable to consume a first energy form delivered by a first energy delivery network, produce a second energy form therefrom, and provide the second energy form into a second energy delivery network;
• and
• control a second energy converter operable to consume the second energy form delivered by the second energy delivery network, produce the first energy form therefrom, and provide the first energy form into the first energy delivery network,
• wherein:
• the first energy form is a different form of energy than the second energy form;
• the first energy delivery network is configured to use and store the first energy form,
• the second energy delivery network is configured to use and store the second energy form, and
• to control the first energy converter and the second energy converter is based at least in part on causing a net shift of energy between the first energy delivery network and the second energy delivery network based on seasons.