We help all businesses and industries that want to reduce their electricity costs and operate sustainably.
We help all businesses and industries that want to reduce their electricity costs and operate sustainably.
The transition to renewable and sustainable energy sources leads to increased volatility in the electricity market.
In addition we see a general surge in electricity prices as well as an increased power demand driven by increased electrification. To weather this situation, energy intensive industries will be looking for effective energy storage, often combined with self-generation of power.
Typical applications
Peak shaving
For customers with a variable consumption, charging the batteries while consumption is low, and discharging them while consumption is high, will flatten the consumption curve through the day and night, enabling substantial reduction in power tariffs.
Time shifting
In general, shifting the energy from high price time slots to low price time slots represents a solid foundation for cost reduction. Combined with solar, wind and other energy sources, increased self-consumption will further drive this potential.
Non-household electricity prices have increased at a higher rate than households
The electrification of the automotive sector will increase massively in the years to come.
The number of EV charging stations will in turn increase as well, and the existing ones will experience increased pressure, as these will require expansion both in size and capacity bandwith. Peak demand will require infrastructure investments that could be substantially reduced with investments in energy storage facilities.
Typical applications
Large cost reduction potential is found in reducing the peak consumption. This can be accomodated by installing an energy storage system with peak shaving capabilities. The cost reduction will mainly be found in reduction of power tariffs from DSO/TSO. In addition, a lowered capacity bandwith due to said system, may potentially lower infrastructure costs significantly. These could be combined with local power production for increased self-consumption, and the effectiveness of those production assets.
CCI solar segment will add 127 GWdc of capacity over the next 10 years, providing a huge uplift opportunity for storage
Large office buildings tend to have a predictable consumption pattern: demand is high from early morning until late afternoon, and drops significantly in the evening and night.
The transition to renewable and sustainable energy sources has also affected legislation, enforcing new office buildings to generate their own electricity. To weather this situation, energy intensive industries will be looking to combine this self-generation of electricity with effective energy storage.
CCI solar segment will add 127 GWdc of capacity over the next 10 years, providing a huge uplift opportunity for storage
Typical applications
Peak shaving
For customers with a variable consumption, charging the batteries while consumption is low, and discharging them while consumption is high, will flatten the consumption curve through the day and night, enabling substantial reduction in power tariffs.
Time shifting
In general, shifting the energy from high price time slots to low price time slots represents a solid foundation for cost reduction. Combined with solar, wind and other energy sources, increased self-consumption will further drive this potential.
