Beverages: bottling and packaging
How much energy does it take for a bottle to leave the line? From high-pressure air blowing to pasteurization or hot water washing, beverage bottling requires electricity at every station and gas whenever heating is needed. Sirenergies supports you in purchasing your energy and adjusting your power levels.
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Key industry figures
The beverage industry is the leading food and beverage sector in France by value, with lines running at full capacity during the warmer months. An energy contract based on an average year becomes expensive as soon as the season peaks.
Share of beverages in the energy consumed by the French food and beverage industry.
Share of compressed air in industrial electricity consumption in France.
Sales by beverage manufacturers in 2023, the leading segment of the food and beverage industry.
The energy profile of a bottling line
The situation: an electric line, with heat requirements depending on the packaging
The profile of a bottling line depends on what it fills, and in what. For PET, preforms are heated and then blown with high-pressure air: blowers and compressors weigh heavily on theelectricity, as do refrigeration, labeling, and palletizing. Compressed air is a point to monitor: 15 to 50% of air produced in industry is lost to leaks (ADEME, Motor Challenge guide, 2006). Pasteurization of beer or juice, washing of returnable glass, and clean-in-place systems draw hot water from the boiler room, most often using gas.
Our role: connecting each station to a contract
Line manufacturers and compressor specialists maintain control over the machines; Sirenergies' work begins where theirs ends.
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Your energy challenges
Blow molding requires power you pay for all year round, pasteurization boiler rooms depend on gas that remains expensive, and the energy cost of a bottle gets lost between lines and sites. These are the three areas where a beverage plant manager wins or loses margin. Sirenergies addresses them through procurement, distribution, and data.
On a packaging line, PET bottle blowing and pasteurization are the two most energy-intensive processes.
Sirenergies analyzes your contracts and load profiles to measure the actual impact of these operations on your site.
Compressed air powers a large portion of packaging lines, an area frequently affected by leaks and improper sizing.
Sirenergies identifies areas of waste and guides you toward the best practices for your needs.
Too often managed on a site-by-site basis, energy contracts for beverage groups lack a comprehensive overview of their consumption.
Sirenergies centralizes the monitoring of all your sites on a single platform, with alerts for any deviations.
Contractual and data expertise
From the blow molder that shapes the bottle to the pasteurizer that treats the beverage, Sirenergies supports you in the procurement and monitoring of electricity and gas for your lines. Our proposals take into account your formats and seasonality, because PET water and returnable glass beer do not have the same profile.
Review of your electricity and gas contracts site by site and their expiration dates, control of subscribed power and daily capacity, followed by an annual analysis of excise duties and energy savings certificates (CEE) applicable to your compressors and boiler room.
Consulting with suppliers for all your sites, comparative analysis of offers, and a risk and price matrix, with volume tolerances designed for a high season whose scale changes from one year to the next.
Electricity first: TURPE options and power per period adjusted for blow molders and compressors. Gas next: ATRD options and daily capacity for the pasteurization boiler room. Procedures with network operators included.
Projection of the energy cost per hectoliter based on the line, format, and several price scenarios. The same simulation calculates the effect on your two bills of heat recovery on compressors or electric pasteurization.
All your sites on one interface: previous day's consumption, alerts when electricity or gas prices cross your thresholds, budget projections, and archived contracts. Data can be exported in CSV or via API to your production tools.
A dedicated consultant monitors your markets and deadlines, prepares for the high season with you, informs you of regulatory changes, and builds indicators such as energy cost per hectoliter packaged.
Our platform



Methodology and definitions
In the spring, before the beverage season, the question is not just price: it is the timing and duration of the commitment. For bottling and packaging, energy consulting sets a procurement schedule for blow molder electricity and pasteurizer gas, adjusts distribution costs for each site, and relates expenses to packaged volumes. Sirenergies consultants and the Pilott platform handle this monitoring.
Why timing matters
In 2024, manufacturers who renewed a fixed-price electricity contract saw their prices drop by 30% for one year, compared to 17% for two years (Insee Première No. 2095, February 2026). For a seasonal production line, signing at the right time is just as impactful as the supplier you choose.
The levers we use
