Method of manufacturing electrode for lithium secondary battery

A method of manufacturing an electrode for a lithium secondary battery, the method comprising:

• providing a transfer laminate comprising a lithium metal layer on a base material layer;
• bringing the transfer laminate into contact with at least one surface of an electrode active material layer, such that the lithium metal layer contacts the at least one surface of the electrode active material layer;
• and
• separating the base material layer from the transfer laminate,
• wherein the separating is performed at a time (T′) satisfying Formula 1 after the bringing the transfer laminate into contact with the at least one surface of the electrode active material layer:
• T
• ′
• ⁢
• (
• sec
• )
• ≥
• T
• ⁢
• (
• sec
• )
• ×
• 0.3
• [
• Formula
• ⁢
• 1
• ]
• in Formula 1,
• T refers to a time taken for the at least one surface of the electrode active material layer contacted by the lithium metal layer to reach a peak temperature when the base material layer is separated immediately after bringing the transfer laminate into contact.