Commercial and Industrial (CnI)

Modular battery storage systems for commerce and industry

TRICERA’s storage systems can be used in both commercial and industrial applications either as stand-alone systems or in combination with PV facilities, charging stations, or other electrical power consumption or generation systems.

Batteriespeicher neben PV-Anlage in Rickertsreute aus vom Kunden bee PV

Our Commercial and Industrial (C&I) storage systems are available in standardized configurations, in both indoor and outdoor versions. For both versions, higher capacity requirements can be met by adding additional units. Thanks to this modular design, they can be flexibly optimized and adapted to meet customer-specific requirements.

The Flex product line is based on standardized battery units with capacities of up to 5 MWh and power units with outputs of up to 5 MW. The various combination options result in a range of system sizes to meet every need.

To optimally tailor the battery storage system to your project, we offer detailed system design and consulting services. During a consultation and with the help of our simulation tools, we’ll work with you to determine which storage solution best meets your needs.

In doing so, we’ll address site-specific characteristics, conduct a load profile analysis, evaluate grid fees, and, based on this, put together a customized quote for your industrial storage system.

Industrial storage systems starting at 10 MWh or annual consumption of 3.500 MWh or more are suitable for large enterprises and can be used for:

  • Reducing electricity costs
  • Reducing production-related emissions
  • Lowering grid fees
  • Flexibility for energy trading, for example
  • Taking advantage of negative electricity prices
  • Contributing to the stabilization of the power grid
Vier Flex100e Indoor-Batteriespeicher nebeneinander

Recommendation

TRICERA Flex100e Indoor

Our commercial and industrial storage system – the flexible and efficient solution for your site

0
Anzahl: 4
Kapazität: 384
Leistung: 368
Vier Flex100e Indoor-Batteriespeicher nebeneinander

Recommendation

TRICERA Flex100e Indoor

Our commercial and industrial storage system – the flexible and efficient solution for your site

0
Anzahl: 4
Kapazität: 384
Leistung: 184
Drei Flex100e Indoor-Batteriespeicher nebeneinander

Recommendation

TRICERA Flex100e Indoor

Our commercial and industrial storage system – the flexible and efficient solution for your site

0
Anzahl: 3
Kapazität: 288
Leistung: 276
Zwei Flex100e Indoor-Batteriespeicher nebeneinander

Recommendation

TRICERA Flex100e Indoor

Our commercial and industrial storage system – the flexible and efficient solution for your site

0
Anzahl: 2
Kapazität: 192
Leistung: 184
Zwei Flex100e Indoor-Batteriespeicher nebeneinander

Recommendation

TRICERA Flex100e Indoor

Our commercial and industrial storage system – the flexible and efficient solution for your site

0
Anzahl: 2
Kapazität: 192
Leistung: 92
Flex100e Indoor-Batteriespeicher

Recommendation

TRICERA Flex100e Indoor

Our commercial and industrial storage system – the flexible and efficient solution for your site

0
Anzahl: 1
Kapazität: 96
Leistung: 92
Zwei Flex400e Outdoor-Batteriespeicher nebeneinander

Recommendation

TRICERA Flex400e Outdoor

Our compact outdoor storage system – the robust and modular solution for your site

1
Anzahl: 1
Kapazität: 768
Leistung: 736
Zwei Flex400e Outdoor-Batteriespeicher nebeneinander

Recommendation

TRICERA Flex400e Outdoor

Our compact outdoor storage system – the robust and modular solution for your site

1
Anzahl: 2
Kapazität: 576
Leistung: 552
Zwei Flex400e Outdoor-Batteriespeicher nebeneinander

Recommendation

TRICERA Flex400e Outdoor

Our compact outdoor storage system – the robust and modular solution for your site

1
Anzahl: 2
Kapazität: 576
Leistung: 276
Flex400e Outdoor-Batteriespeicher

Recommendation

TRICERA Flex400e Outdoor

Our compact outdoor storage system – the robust and modular solution for your site

1
Anzahl: 1
Kapazität: 384
Leistung: 368
Flex400e Outdoor-Batteriespeicher

Recommendation

TRICERA Flex400e Outdoor

Our compact outdoor storage system – the robust and modular solution for your site

1
Anzahl: 1
Kapazität: 384
Leistung: 184
Flex400e Outdoor-Batteriespeicher

Recommendation

TRICERA Flex400e Outdoor

Our compact outdoor storage system – the robust and modular solution for your site

1
Anzahl: 1
Kapazität: 192
Leistung: 184
Flex400e Indoor-Batteriespeicher nebeneinander

Recommendation

TRICERA Flex400e Outdoor

Our compact outdoor storage system – the robust and modular solution for your site

1
Anzahl: 1
Kapazität: 192
Leistung: 92
Zwei Flex400e Outdoor-Batteriespeicher nebeneinander

Recommendation

TRICERA Flex400e Outdoor

Our compact outdoor storage system – the robust and modular solution for your site

1
Anzahl: 2
Kapazität: 768
Leistung: 368

Applications & benefits

Optimizing in-house consumption

Generating electricity in-house is an alternative to buying power from the national grid. Most generating plants however lack flexibility. Photovoltaic systems generate energy in response to direct sunlight and not at the flick of a switch whenever additional energy is needed. This could result in an unfavourable ratio between in-house-consumption and in-house production. Combining power-generating plants with a battery storage system increases their flexibility. Batteries make it possible to store surplus power, to be used to cover more of your energy needs when needed.

Economic and environmental benefits go hand in hand: self-sufficiency increases, energy costs go down, and less power generated from climate-damaging fossil fuels is used.

250 0:00 8:00 16:00 Power in kW 200 150 100 50 0 Please see the legend 
for more information  Energy from PV Energy from the grid Battery charging from PV Discharging the battery The in-house PV system produces electricity whenever the sun is out. Without a battery storage system, sudden surges of renewable energy (blue) cannot be accommodated. Most companies obtain their electricity from the German electricity grid. Depending on the load profile, this can be more or less expensive. Battery storage or PV systems are a smart way to minimize costs. The battery storage system is charged using surplus PV energy. Without the battery storage system, this electricity may go unused. Self-generated electricity can now also be used at night. Less electricity has to be bought in from the grid. Load profile A load profile is the power consumed by a company over time. Load profiles differ depending on the sector and location.

Peak load capping

Even a single high peak load per year can be very expensive. Commercial and industrial clients pay the grid operator a specific demand fee for their highest peak load throughout the year. The peak load can be capped at the grid connection point by using power from the battery storage system. This brings down the grid connection fee. In addition to this saving, peak load capping can also help to avoid expansion costs when connecting to the grid, which arise whenever growing consumption exceeds the available grid connection capacity.

250 0:00 8:00 16:00 Power in kW 200 150 100 50 0 Please see the legend 
for more information  Energy from the grid Battery charging from PV Discharging the battery The company depends on electricity from the grid. This can be expensive, especially during peak loads which occur in most manufacturing industries. The battery storage system is purposely charged before a peak load occurs. During a peak load the battery storage system purposely discharges its electricity. The peak load is capped, leading to a lower peak in the grid – which lowers the demand fee the company has to pay. Load profile A load profile is the power consumed by a company over time. Load profiles differ depending on the sector and location.

Multi-use and other fields of application

Through their demand-based operational management, our storage systems enable multiple use composed of peak load capping and optimised in-house consumption. Frequency regulation, atypical grid utilisation as a special case of peak load capping and other applications can also be implemented using our storage solutions. All of this could result in generating additional revenue streams. Please contact us for any further information.

250 0:00 8:00 16:00 Power in kW 200 150 100 50 0 Please see the legend 
for more information  Energy from PV Energy from the grid Battery charging from PV Discharging the battery The in-house PV system produces electricity whenever the sun is out. Without a battery storage system, sudden surges of renewable energy (blue) cannot be accommodated. Most companies obtain their electricity from the German electricity grid. Depending on the load profile, this can be more or less expensive. Battery storage or PV systems are a smart way to minimize costs. The battery storage system is charged using surplus PV energy. Without the battery storage system, this electricity may go unused. Self-generated electricity can now also be used at night. Less electricity has to be bought in from the grid. Load profile Load profile without vehicle fleet A load profile is the power consumed by a company over time. Load profiles differ depending on the sector and location. A fleet of electric vehicles creates sporadic load profiles. An integrated battery storage system is a flexible and efficient solution to avoid additional peak loads and higher grid costs up to expanding the grid connection point.