Could electrified energy systems be more reliable with less reliable supply?

Area of Science:

• Energy Systems Transformation
• Decarbonization Strategies
• Socio-technical Systems

Background:

• Current energy systems rely heavily on fossil fuels, necessitating fundamental changes for decarbonization.
• Transformations must address technology, infrastructure, governance, and distributional equity.
• Residential heating is a key area where supply-side investments conflict with service provisioning.

Purpose of the Study:

• To propose a new metric for evaluating electrified energy systems: reliability of service provision.
• To examine the trade-offs between supply-side reliability and effective energy service delivery.
• To use residential heating as a case study for this evaluation.

Main Methods:

• Conceptual analysis and perspective framing.
• Examination of US residential heating sector as a critical case.
• Comparative evaluation of different reliability metrics.

Main Results:

• Success of decarbonized energy systems should be measured by service reliability, not just electricity supply.
• Electrified systems may better serve user needs by prioritizing service delivery over supply-side metrics.
• Rethinking reliability for electrified systems could lead to more equitable and effective energy services.

Conclusions:

• Shifting the focus from electricity supply to service provision is crucial for successful energy transitions.
• Electrified systems designed for service reliability can be counterintuitively effective.
• Addressing distributional harms requires innovative approaches to energy system design and evaluation.