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Cross-energy management: Consumption in line with production

Cross-energy management: Consumption in line with production

How industry can contribute to grid stability

The sun doesn’t always shine, and the wind doesn’t always blow. Output from renewables is volatile, so the question is whether energy consumption can be organized so that it matches supply.

Industrial consumers offer the greatest potential. They are the biggest users of energy in Brazil by far. This is where cross-energy management comes in: the idea is for large industrial electricity consumers to match their electricity demand and thus their production workflows to the supply of renewable energies. For this they need to make their processes and organization smarter and more flexible. In this way industry can make an important contribution to grid stability and the success of the transition to renewables.

The cement industry is another major electricity consumer in Brazil. There are several processes in cement production which can easily be interrupted – for example the preparation of raw materials could be staggered. Energy-intensive processes could be scheduled to start when the supply of renewables is plentiful. The latest electricity price could be used as a signal. When energy is freely available, the price drops – and production can start.One helpful factor in cross-energy management is that the supply of renewable energies can be forecast – like the weather – with a sufficient degree of accuracy, providing a good basis for flexible production planning.

Cross-energy management: Consumption in line with production

Alternative methods enable the use of biomass and fossil fuel substitution

The wide availability of biomass in Brazil is encouraging the adoption of sustainable alternatives for energy generation, such as the technologies for biomass gasification and torrefaction.

Torrefaction is a continuous production process capable of generating solid, high-calorific value biofuels such as biocoal from different types of biomass, which can be easily stored and has versatile industrial applications.

Gasification can convert charcoal into syngas used for power generation or for synthesizing biochemicals and biofuels such as methanol and natural gas substitute.

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