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August 20, 2026Carbon NeutralityOpen Access

Renewable energy-driven heat pumps integrated with synergistic thermal-electrical energy storage for decarbonizing building heating

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Authors

RDRuxue DuHHHan HanGYGege Yin

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Overview

Techno-economic evaluation reveals superior efficiency of heat pumps paired with synergistic thermal and electrical storage in buildings, highlighting a sustainable path to zero-carbon heating.

Key Points

  • To evaluate technological roadmaps and techno-economic configurations for decarbonizing building heating through the integration of renewable energy, heat pumps, and combined energy storage.
  • Developed techno-economic models assessing renewable-energy-powered building heating integrated with storage solutions.
  • Formulated system integration designs combining solar photovoltaic-thermal technologies, heat pumps, thermal energy storage (TES), and electrical energy storage (EES).
  • Identified clear techno-economic superiority and higher operational efficiency when pairing thermal energy storage synergistically with electrical energy storage compared to single-storage configurations.
  • Established an integrated next-generation framework coupling solar photovoltaic-thermal inputs and dual storage to optimize energy efficiency and carbon emissions reductions.

Cite This Study

Du et al. (2026) studied this question.

synapsesocial.com/papers/6a86b5eb8a91293e6a1cd893https://doi.org/10.1007/s43979-026-00181-y
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