Does Lightsail-2 take significant advantage of the Oberth effect?

The cubesat Lightsail-2 has been deployed and has communicated with ground stations. See The Planetary Society's LightSail 2 Healthy as Mission Team Continues Spacecraft Checkouts

In the near future, the large solar sail will be deployed, and then it will be used in orbit-raising maneuvers.

For traditional, rocket-based propulsive apoapsis-raising maneuvers, due to the Oberth Effect impulsive boosts at periapsis where velocity is highest are the most efficient use of a given amount of impulse.

The animation shown in the video shows the solar sail being used to intercept sunlight (from the left, hat-tip to @Jack's comment) during the half of the elliptical orbit closest from the Earth.

Question: Does the Oberth effect apply to this kind of use of solar sails in the same general qualitative way as it does to impulsive maneuvers; being most efficient during the parts of the orbit closer to periapsis?

cued at 02:36 (warning, really loud music!)

• To me it looks like the 'burns' do occur at closest approach (sunlight from the left, perigee at the bottom)? Also, I'm not certain, but I believe the Oberth effect wouldn't apply here since it's to do with the mechanical energy available from the onboard propellant – Jack Jul 5 at 13:00
• @Jack Oh, holy granola you are right! I'm going to adjust the wording of the question right now, thank you for bringing that to my attention! – uhoh Jul 5 at 15:12