Definition of a Premium Energy Drink
What does the consumer expect from an energy drink?
1. Provide ENERGY, as the name suggests. It should contain sugar, since sugar is one of the main sources of energy for the body and brain. This energy is measured in calories and becomes directly usable by the body in the form of glucose. A typical energy drink contains around 45 kcal per 100 ml.
2. Support ALERTNESS, so it should contain caffeine, which contributes to increased alertness and improved concentration. A typical energy drink contains around 32 mg of caffeine per 100 ml.
3. CONTAIN VITAMINS and other useful ingredients — above all B vitamins, which help reduce tiredness and fatigue and support normal mental performance.
Note: “sugar-free” energy drinks can be good sources of caffeine or vitamins. However, due to the absence of sugar, they contain little to no calories and therefore do not provide meaningful energy to the body.
What is a Premium Energy Drink?
A Premium Energy Drink is a non-alcoholic, caffeinated, carbonated energy drink that meets all ten of the following conditions:
Contains energy — at least 45 kcal/100 ml;
Contains caffeine — at least 30 mg/100 ml, but no more than 200 mg of caffeine per can;
Contains taurine — at least 300 mg/100 ml;
Contains at least 4 different B vitamins;
Contains, for each B vitamin, at least 7.5% of the nutrient reference value (NRV) per 100 ml;
Is sweetened only with sugar (sucrose or glucose), and contains no sweeteners of any kind;
Is pasteurized — made safe by heat, with no preservatives used (including E242);
Contains none of these food colors: E102, E104, E110, E122, E124, E129;
Is sold in an aluminium can;
Comes in a can of at least 200 ml.
The conditions in detail
The table can be scrolled horizontally.
| Condition | Premium energy drink should: | Summary | Reasoning and sources |
|---|---|---|---|
| 1. Energy | Provide ENERGY, as the name suggests. A drink that really gives energy, not an empty version, nor a watered-down drink. |
At least 45 kcal/100 ml of energy. | The minimum guarantees the full, classic sugar-sweetened recipe, not a thinned-down version — the benchmark recipes all sit at 45–48 kcal/100 ml. The EU regulation sets 4 kcal/g for carbohydrates (except polyols); other ingredients also count toward total energy. Regulation (EU) 1169/2011, Annex XIV |
| 2. Caffeine | Support ALERTNESS, so it should contain caffeine, which contributes to increased alertness and improved concentration. Enough caffeine to actually work, but one can never goes above the amount that is safe for a healthy adult at one time. |
At least 30 mg/100 ml of caffeine, but no more than 200 mg per can. | The minimum means at least 75 mg in a 250 ml can — the amount EFSA's scientific opinion links to increased alertness and attention, so the drink is guaranteed to work. The 200 mg cap follows EFSA's 2015 conclusion that single doses of up to 200 mg from all sources raise no safety concern for healthy adults. EFSA · alertness (2011) · EFSA · caffeine safety (2015) |
| 3. Taurine | Contain taurine — a natural amino acid your own body makes and uses every day; a building block that supports the normal work of your muscles, heart and brain. | At least 300 mg/100 ml of taurine. | Taurine at about 400 mg/100 ml (1,000 mg per 250 ml can) is the signature of the classic energy drink recipe; the 300 mg minimum separates a true energy drink from a caffeinated soft drink. This is a chosen recipe condition, not a health claim. EFSA's safety assessment found the taurine exposure from regular energy drink consumption to be of no safety concern. EFSA · taurine and D-glucurono-γ-lactone in energy drinks (2009) |
| 4. B vitamins | Give you B vitamins, which help your body turn the food you eat into energy and help reduce tiredness and fatigue. | At least 4 different B vitamins. | B vitamins (B2, B3, B5, B6, B12) carry EU-authorized health claims: they contribute to normal energy-yielding metabolism and to the reduction of tiredness and fatigue — the one vitamin family whose approved science matches the product's purpose. They are water-soluble, so the body excretes any excess, which suits a drink consumed daily. The classic benchmark recipes all use B3, B5, B6 and B12. The requirement is a floor: other vitamins may be added on top. Regulation (EU) 432/2012 · authorized health claims |
| 5. Vitamin amount | Give you a real, meaningful share of your daily vitamin need in every can — the vitamins are truly in the drink, not just named on the label. | At least 7.5% NRV per 100 ml, for each B vitamin. | Regulation (EU) 1169/2011 sets 7.5% NRV per 100 ml as the threshold for a significant amount of a vitamin in beverages. NRV is the nutrient reference value for the given vitamin. Regulation (EU) 1169/2011, Annex XIII |
| 6. Sweetening | Contain sugar, since sugar is one of the main sources of energy for the body and brain. Artificial sweeteners give sweet taste but zero energy — in an energy drink this is a broken promise. |
Sweetened only with sugar (sucrose or glucose); no sweeteners of any kind. | Sucrose may be used as crystal sugar or as sugar solution. The Annex of Directive 2001/111/EC describes sucrose-based sugar forms in points A.1–4 and dextrose (glucose) in points A.9–10. The condition applies to the sweetening raw materials used in production. Directive 2001/111/EC · Annex A.1–4 and A.9–10 In 2023 the World Health Organization advised against using non-sugar sweeteners for weight control, pointing to possible unwanted effects of long-term regular use. WHO · guideline on non-sugar sweeteners (2023) |
| 7. Preservation | Be made safe the natural way — by heat (pasteurization) — so no preservative chemicals need to be added to the can. | Pasteurized — made safe by heat; no preservatives are used (including E242). | Pasteurization is a heat treatment that provides microbiological stability; the referenced regulation sets the general hygiene requirements for heat treatment. E242 breaks down quickly after use, so the definition excludes its use at the production stage as well. Regulation (EC) 852/2004 · heat-treatment hygiene · EFSA · E242 (2015) |
| 8. Colors | Contain none of the food colors that must carry a warning under EU law — some of them were never even allowed in the USA (FDA). | None of the food colors E102, E104, E110, E122, E124, E129. | For these six colors, EU law requires a special warning on the label about their possible effect on children's activity and attention. In the USA, three of the six (E104, E122, E124) were never approved by the FDA, and the other three (E102 = Yellow 5, E110 = Yellow 6, E129 = Red 40) are part of the FDA's 2025 phase-out of petroleum-based synthetic dyes. Excluding these colors is a compositional condition; a drink with no colors at all can also qualify. Regulation (EC) 1333/2008 · Annex V · HHS/FDA · synthetic dye phase-out (2025) |
| 9. Packaging | Come in an aluminium can, which keeps the taste and the bubbles perfectly and can be recycled again and again without losing quality. | Aluminium can only. | Aluminium can be recycled again and again with proper processing, keeping its basic material properties. The can's gas- and light-proof wall, with proper sealing, helps preserve the drink's taste and carbonation. The aluminium can is a chosen packaging condition of the definition. International Aluminium Institute · recyclability · Crown · product protection of the beverage can |
| 10. Size | Be a full-size drink — at least 200 ml of liquid, which also counts toward your daily water intake. | At least 200 ml per can. | The minimum size defines the classic drink format and provides more liquid than small shots. The drink's water content counts toward daily water intake. The minimum is a chosen packaging condition of the definition. EFSA · water intake (2010) |
Notes
This definition was developed by MESZ (Magyar Energiaital Szövetség — Hungarian Energy Drink Association) and EFISZ (Európai Funkcionális Italok Szövetsége — European Functional Beverage Association). It is brand-independent and free for anyone to use. Issued October 2026.
This definition describes a quality level. It does not claim that other energy drinks are unsafe.
Verification: all conditions can be checked from the product label, except two production facts that only the producer can declare: pasteurization, and that no E242 was used (E242 breaks down after production, so it never appears on the label).
For US readers: 250 ml = 8.4 fl oz, and 45 kcal/100 ml is about 110 Calories per 8.4 fl oz can. The 200 mg per-can caffeine cap is half of the 400 mg per day that the FDA cites as an amount not generally associated with negative effects for healthy adults.
Example products
The following products meet all conditions of this definition, based on publicly available label data (checked October 2026). The list is illustrative, not exhaustive, and is ordered alphabetically. Inclusion is based only on label data and is not an endorsement of any brand.
Bullit — Original (Netherlands, 250 ml); Clever — Energy Drink Blueberry (Austria, 250 ml); effect — Classic (Germany, 250 ml); Euromarc — ELITE (New Zealand, 250 ml); HELL — Classic (Hungary, 250 ml); Hot Blood — Classic (Germany, 250 ml); Power Horse — Original (Austria, 250 / 500 ml); Powerking — Classic/Original (Sweden, 250 ml); Pure Gold (Netherlands, 250 ml); Red Bull — Energy Drink, Original (Austria, 250 ml); Rodeo — Regular (Netherlands, 250 ml).