An ophthalmic lens (150; 200; 200') comprising: a lens body (160; 210; 210') having a chamber (166; 216; 216') therein, at least a portion of the lens body (160; 210; 210') being flexible, the lens body (160; 210; 210') having a lens body index of refraction; a reservoir module (170; 220; 220') coupled with the lens body (160; 210; 210'), the reservoir module (170; 220; 220') including a heat sensitive portion (174A, 174B; 224; 224') and having a reservoir (172A, 172B; 222; 222') therein, the reservoir (132A, 132B; 222; 222') being fluidically connected with the chamber (166; 216; 216') of the lens body (160; 210; 210') and having a reservoir volume, the heat sensitive portion (174A, 174B; 224; 224') of the reservoir module (170; 220; 220') bordering at least a portion of the reservoir (172A, 172B; 224; 224'), the heat sensitive portion (174A, 174B; 224; 224') having a shape responsive to a temperature of at least forty five degrees Celsius such that the reservoir volume changes in response to at least part of the heat sensitive portion (174A, 174B; 224; 224') reaching the temperature; and an optical fluid residing in the chamber (166; 216; 216') and the reservoir (172A, 172B; 222; 222'), the optical fluid having an optical fluid index of refraction, a change in the reservoir volume flowing a portion of the optical fluid between the reservoir (172a, 172B; 222; 222') and the chamber (166; 216; 216') such that the portion of the lens body (160; 210; 210') being flexible undergoes a shape change corresponding to a base power change, the optical fluid index of refraction being within 0.1 of the lens body index of refraction, wherein the heat sensitive portion (174A, 174B; 224; 224') of the reservoir module (170; 220; 220') includes a plurality of capsules (175A, 175B; 224; 224'), each of the plurality of capsules (175A, 175B; 224; 224') having a shape selected from a first shape and a second shape, each of the plurality of capsules (175A, 175B; 224; 224') changing from the first shape to the second shape in response to the temperature and resulting in at least part of the change in the reservoir volume, and wherein a first portion (175B; 224; 224') of the plurality of capsules (175A, 175B; 224; 224') have a first orientation such that a first portion of the optical fluid flows from the reservoir (170; 220; 220') to the chamber (166; 216; 216') in response to a first capsule of the first portion (175B; 224; 224') of the plurality of capsules (175A, 175B; 224; 224') changing from the first shape to the second shape, a second portion (175A; 224; 224') of the plurality of capsules (175A, 175B; 224; 224') having a second orientation such that a second portion of the optical fluid flows from the chamber (166; 216; 216') to the reservoir (170; 220; 220') in response to a second capsule of the second portion (175A; 224; 224') of the plurality of capsules (175A, 175B; 224; 224') changing from the first shape to the second shape. a lens body (160; 210; 210') having a chamber (166; 216; 216') therein, at least a portion of the lens body (160; 210; 210') being flexible, the lens body (160; 210; 210') having a lens body index of refraction; a reservoir module (170; 220; 220') coupled with the lens body (160; 210; 210'), the reservoir module (170; 220; 220') including a heat sensitive portion (174A, 174B; 224; 224') and having a reservoir (172A, 172B; 222; 222') therein, the reservoir (132A, 132B; 222; 222') being fluidically connected with the chamber (166; 216; 216') of the lens body (160; 210; 210') and having a reservoir volume, the heat sensitive portion (174A, 174B; 224; 224') of the reservoir module (170; 220; 220') bordering at least a portion of the reservoir (172A, 172B; 224; 224'), the heat sensitive portion (174A, 174B; 224; 224') having a shape responsive to a temperature of at least forty five degrees Celsius such that the reservoir volume changes in response to at least part of the heat sensitive portion (174A, 174B; 224; 224') reaching the temperature; and an optical fluid residing in the chamber (166; 216; 216') and the reservoir (172A, 172B; 222; 222'), the optical fluid having an optical fluid index of refraction, a change in the reservoir volume flowing a portion of the optical fluid between the reservoir (172a, 172B; 222; 222') and the chamber (166; 216; 216') such that the portion of the lens body (160; 210; 210') being flexible undergoes a shape change corresponding to a base power change, the optical fluid index of refraction being within 0.1 of the lens body index of refraction,