This keto lemon mug cake is ready in only a few minutes and will leave you satisfied and satiated with only 3.1g net carbs per serving!
Add all of the ingredients except for the ingredients for the optional lemon icing into a middle-sized bowl.
Whisk until you get a smooth and chunk-free dough.
Grease your microwave-safe mug or ramekin with cooking oil that doesn't have a strong taste (I like to use coconut oil, butter or avocado oil).
Add your cake batter into your mug or ramekin (the mug should be at least double the size of the mixed ingredients).
Microwave for about 1-3 minutes.
(The cooking time in your microwave may vary heavily depending on what microwave and what settings you're using.)
A broad rule of thumb: Approx. 1 Minute at 1200 Watt and more like 2-3 minutes at <600 Watt.
If you don't know the Wattage power of your microwave I'd recommend baking your mug cake for a shorter time period (60 seconds) first and continue baking for a few more seconds if needed.
This will avoid that the mug cake dries out.
You can test if your mug cake is completely cooked by pricking the center with a toothpick - if it comes out "clean" it's ready!
Preheat your oven to 350 degrees Fahrenheit (180°C).
Follow the same steps as above.
Bake your mug cake for about 10-15 minutes.
You can test if your mug cake is completely cooked by pricking the center with a toothpick - if it comes out "clean" it's ready!
Mix the powdered erythritol, lemon juice, and heavy cream and pour it over the finished keto lemon mug cake.
Enjoy warm or cold, both options taste great!
Cover with plastic wrap and store for up to 2 days in your fridge.
*This post contains affiliate links. If you buy something through one of those links, I will receive a small commission at no extra cost to you.
Thank you for supporting my site!
**(I try to be as accurate as possible with the nutrition information below, but values may vary because of natural occurring fluctuations and different products used.)
Serving Size 1/2 mug cake
Servings 2
- Amount Per Serving
- Calories 171
- % Daily Value *
- Total Fat 12.7g20%
- Total Carbohydrate 7.6g3%
- Dietary Fiber 4.5g18%
- Protein 8.9g18%
* Percent Daily Values are based on a 2,000 calorie diet. Your daily value may be higher or lower depending on your calorie needs.
Ingredients
Directions
Add all of the ingredients except for the ingredients for the optional lemon icing into a middle-sized bowl.
Whisk until you get a smooth and chunk-free dough.
Grease your microwave-safe mug or ramekin with cooking oil that doesn't have a strong taste (I like to use coconut oil, butter or avocado oil).
Add your cake batter into your mug or ramekin (the mug should be at least double the size of the mixed ingredients).
Microwave for about 1-3 minutes.
(The cooking time in your microwave may vary heavily depending on what microwave and what settings you're using.)
A broad rule of thumb: Approx. 1 Minute at 1200 Watt and more like 2-3 minutes at <600 Watt.
If you don't know the Wattage power of your microwave I'd recommend baking your mug cake for a shorter time period (60 seconds) first and continue baking for a few more seconds if needed.
This will avoid that the mug cake dries out.
You can test if your mug cake is completely cooked by pricking the center with a toothpick - if it comes out "clean" it's ready!
Preheat your oven to 350 degrees Fahrenheit (180°C).
Follow the same steps as above.
Bake your mug cake for about 10-15 minutes.
You can test if your mug cake is completely cooked by pricking the center with a toothpick - if it comes out "clean" it's ready!
Mix the powdered erythritol, lemon juice, and heavy cream and pour it over the finished keto lemon mug cake.
Enjoy warm or cold, both options taste great!
Cover with plastic wrap and store for up to 2 days in your fridge.
*This post contains affiliate links. If you buy something through one of those links, I will receive a small commission at no extra cost to you.
Thank you for supporting my site!
**(I try to be as accurate as possible with the nutrition information below, but values may vary because of natural occurring fluctuations and different products used.)
