Energy drinks

 

Energy drinks are beverages that contain caffeine and are designed to help increase alertness, concentration and energy.

Energy drinks are available in a wide range of flavours and  come in a variety of formulations, including sugar-sweetened, low- or no-sugar, and no-added-sugar options, giving consumers more choice to suit different preferences and lifestyles.

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What's inside

Key ingredients

Tap any ingredient to learn what it is and what it does in energy drinks.

Water

THE BASE

Caffeine

alertness

B Vitamins

energy metabolism

Ginseng

medicinal herb

Guarana

Brazilian plant

Inositol

natural carbohydrate

Glucuronolactone

sugar derivative

Taurine

amino acid

Sweeteners

flavour & acid
By the milligram

How do energy drinks compare?

Caffeine occurs naturally in foods and drinks such as coffee, tea and chocolate, and may also be added to drinks to provide a functional effect. Naturally occurring and added caffeine are chemically identical and have the same effect on the body.

Don’t just take our word for it – Food Standards Australia New Zealand (FSANZ) has put together a helpful comparison of the average caffeine content in common foods and drinks.

Average caffeine content
Espresso 145 mg
50 mL cup
Energy drink This page 80mg
1 can (250 mL)
Instant coffee 80mg
1 tsp / 250 mL cup
Black tea50mg
220 mL cup
Cola drink 24.3mg
250 mL mini can
Milk chocolate 10mg
50g bar
Know your limit

Recommended maximum caffeine

FSANZ confirms daily safe caffeine limits across different age groups.

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Under 18 years

3 mg / kg

per single serving
e.g. a 40 kg child = 120 mg max
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Over 18 years

400 mg / day

max 200 mg per single serve
Healthy adults, FSANZ guidance
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Pregnant or breastfeeding

200 mg / day

total daily caffeine
Includes coffee, tea and chocolate

Source: FSANZ

Regulation

Energy drinks are strictly regulated in Australia

Energy drinks are regulated under the Australia New Zealand Food Standards Code, with strict requirements for maximum caffeine levels, permitted ingredients, mandatory advisory statements and labelling. These requirements are developed and independently reviewed by Food Standards Australia New Zealand (FSANZ), Australia’s independent food regulator.

What the rules require:

80 mg per 250 mL

Maximum caffeine
About the same as a cup of instant coffee.

100% on-pack

Mandatory labelling
Caffeine content and advisory statements must be declared.

Approved ingredients only

Permitted formulations

Taurine, B-vitamins and other inputs must meet Food Standards Code limits.

Did you know?

An energy drink can contain a maximum of 80 mg of caffeine per 250 mL, about the same as a cup of instant coffee.

Did you know?

Most caffeine in Australian diets comes from coffee and tea, not energy drinks.

Did you know?

Australians aged 12-17 years consume an average of 43mg of caffeine per day from all dietary sources.

Did you know?

Only 2% of respondents aged 12-17 consumed an energy drink on the day of the ABS nutrition survey.

Mixing

Energy drinks and alcohol

People have been consuming caffeine and alcohol together for decades. Research examining this practice has found no consistent evidence that caffeine masks the effects of alcohol or reduces a person’s awareness of their intoxication. 

The European Food Safety Authority’s (EFSA) 2015 scientific opinion on caffeine confirmed that consuming 200mg (around 2.5 × 250mL energy drinks), with a blood alcohol level of 0.08%, does not affect the safety of caffeine consumption and is unlikely to mask the subjective perception of alcohol intoxication.

These findings are consistent with earlier reviews, including those by the United Kingdom’s Committee on Toxicity, which also found no evidence of a harmful interaction between caffeine and alcohol.

While caffeine may make you feel more alert, it does not reduce the effects of alcohol. If you choose to drink alcohol, always drink responsibly.

Explore other drinks

LIVE CULTURES, TANGY + FIZZY

Fermented drinks

DAIRY AND BEYOND

Flavoured milk

DRINKS WITH A PURPOSE

Functional drinks

Industry Commitments

All members of the Australian Beverages Council (ABCL) involved in the manufacture or distribution of energy drinks have voluntarily agreed to the following commitments:

not direct any marketing and advertising activities at children

not market energy drinks as only providing hydration

not sell energy drinks in primary or secondary schools

not use labelling to promote the mixing of energy drinks with alcoholic beverages

not promote excessive consumption

provide consumers with up-to-date information about energy drinks on the ABCL website

not manufacture or sell energy shots

These commitments are in addition to ABCL members’ compliance with the marketing and advertising Codes set out by the Australian Association of National Advertisers (AANA), as well as the requirements of the Australian Competition and Consumer Commission (ACCC) and the Australia New Zealand Food Standards Code.

Find out more about energy drinks and caffeine here.

Water
Water is the main ingredient in all energy drinks and acts as the base of the drink. It helps deliver the other ingredients and contributes to hydration when consumed.
Caffeine
Caffeine is an ingredient contained within foods such as chocolate, coffee and tea. In energy drinks, caffeine is used to help increase alertness and reduce feelings of fatigue.
B Vitamins
B vitamins, including B3, B5, B6 and B12, are commonly added to energy drinks because they play a role in energy metabolism. They help the body convert carbohydrates, fats and proteins from food into energy.
Ginseng
Ginseng has been used for centuries as a medicinal herb and is added to energy drinks for its reputed benefits such as increased energy, anti-fatigue properties, stress relief and memory retention.
Guarana
Guarana comes from a plant found in Brazil and is a constituent found in some energy drinks. It helps combat fatigue and headaches, and can contribute to weight loss and mental performance.
Inositol
Inositol is a carbohydrate which is also found in the human body, produced from glucose. Inositol is also contained in a range of natural foodstuffs.
Glucuronolactone
Glucuronolactone is a derivative of sugar that occurs naturally in the body, where it is produced in the liver through the metabolism of glucose. Glucuronolactone has attracted interest for its potential to enhance physical endurance and mental sharpness.
Taurine
Taurine is an amino acid, naturally occurring in the human body and found in foods such as poultry and seafood. As an amino acid, taurine supports cardiovascular health, acts as an antioxidant, and helps with various metabolic processes.
Sweeteners
Sweeteners contribute to flavour. In sugar-sweetened energy drinks, sugar also provides a source of carbohydrate energy. Many energy drinks are available in low- or no-sugar varieties that use approved sweeteners to meet different consumer preferences.