Established in June 2010, the Energy Research Institute @NTU (ERI@N) distinguishes itself through excellence in basic research directed towards outcomes of high industry relevance, with focus on systems-level research for tropical megacities.

It achieves this via seven Interdisciplinary Research Programmes (IRP) and two Flagship Programmes that covers the energy value chain from generation, transmission to end use. The IRPs address research covering the domains of renewables, low carbon generation along with energy storage and fuel cells; renewables integration, multi-energy systems and grids; sustainable buildings, future mobility solutions and maritime clean energy.

The two flagship projects, EcoCampus and Renewable Energy Integration Demonstrator Singapore (REIDS) serve as strong “Living Lab” platforms to engage industry developed innovation, focusing on solutions that achieves energy efficiency and renewable energy integration into smart micro grids, respectively.

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141 to 150 of 1,691 Results
Table 1 RES_n2.res
Apr 27, 2024 - Replication Data for: Solvent-Templated Methylammonium-Based Ruddlesden–Popper Perovskites with Short Interlayer Distances
application/x-dtbresource+xml - 5.3 KB - MD5: 2feaea4e38ac0604fb3fdcc235af44d5
Table 1 RES_n3.res
Apr 27, 2024 - Replication Data for: Solvent-Templated Methylammonium-Based Ruddlesden–Popper Perovskites with Short Interlayer Distances
application/x-dtbresource+xml - 5.4 KB - MD5: 809c3637ebfeab72bf97e31e90f023db
Fig SI 11.jpg
Fig SI 11.jpg
Apr 1, 2024 - Replication Data for: Molecular Locking with All-Organic Surface Modifiers Enables Stable and Efficient Slot-Die-Coated Methyl-Ammonium-Free Perovskite Solar Modules
JPEG Image - 654.1 KB - MD5: ca44e4cdcde24991563d0ada515abd44
Fig SI 12.jpg
Fig SI 12.jpg
Apr 1, 2024 - Replication Data for: Molecular Locking with All-Organic Surface Modifiers Enables Stable and Efficient Slot-Die-Coated Methyl-Ammonium-Free Perovskite Solar Modules
JPEG Image - 433.0 KB - MD5: 50c70e2d04b89b397e9aef3c0439a0ae
Fig SI 13.jpg
Fig SI 13.jpg
Apr 1, 2024 - Replication Data for: Molecular Locking with All-Organic Surface Modifiers Enables Stable and Efficient Slot-Die-Coated Methyl-Ammonium-Free Perovskite Solar Modules
JPEG Image - 1.1 MB - MD5: 583a98835efbaa49d1ad660233c7b957
Fig SI 14.jpg
Fig SI 14.jpg
Apr 1, 2024 - Replication Data for: Molecular Locking with All-Organic Surface Modifiers Enables Stable and Efficient Slot-Die-Coated Methyl-Ammonium-Free Perovskite Solar Modules
JPEG Image - 2.3 MB - MD5: fa8b99cc2fb2aa770a96f3519930682b
Fig SI 15.jpg
Fig SI 15.jpg
Apr 1, 2024 - Replication Data for: Molecular Locking with All-Organic Surface Modifiers Enables Stable and Efficient Slot-Die-Coated Methyl-Ammonium-Free Perovskite Solar Modules
JPEG Image - 227.2 KB - MD5: 7f1e3c0ba3eba28e8d75c31d19cf7a5c
Fig SI 16a inset.opju
Apr 1, 2024 - Replication Data for: Molecular Locking with All-Organic Surface Modifiers Enables Stable and Efficient Slot-Die-Coated Methyl-Ammonium-Free Perovskite Solar Modules
Unknown - 25.3 KB - MD5: 69d3f4f92695f295a7aa4e3eac7ee628
Fig SI 16a.opju
Apr 1, 2024 - Replication Data for: Molecular Locking with All-Organic Surface Modifiers Enables Stable and Efficient Slot-Die-Coated Methyl-Ammonium-Free Perovskite Solar Modules
Unknown - 43.6 KB - MD5: 4e76b39e415208f7598b45c0085215c0
Fig SI 16b.opju
Apr 1, 2024 - Replication Data for: Molecular Locking with All-Organic Surface Modifiers Enables Stable and Efficient Slot-Die-Coated Methyl-Ammonium-Free Perovskite Solar Modules
Unknown - 187.8 KB - MD5: a0133b5d21f606f94d472b902b253294
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