Consume energy smarter
Intelligent asset control
Approach electrification in a business savvy way
Shift the electricity consumption of energy-intensive systems to periods when electricity is particularly cheap - completely without operational restrictions for your company.
Do you know these problems?
What prevents companies from reducing their energy costs with flexibility.
Do you know these problems?
What prevents companies from reducing their energy costs with flexibility.
Do you know these problems?
What prevents companies from reducing their energy costs with flexibility.
1
Complexity of implementation and control
Whether dynamic electricity prices, grid fee charges, or heat utilization – the management of smart energy assets is highly complex. Manual interventions are inefficient and prone to errors, while automated systems are often lacking or not optimally utilized.
1
Complexity of implementation and control
Whether dynamic electricity prices, grid fee charges, or heat utilization – the management of smart energy assets is highly complex. Manual interventions are inefficient and prone to errors, while automated systems are often lacking or not optimally utilized.
1
Complexity of implementation and control
Whether dynamic electricity prices, grid fee charges, or heat utilization – the management of smart energy assets is highly complex. Manual interventions are inefficient and prone to errors, while automated systems are often lacking or not optimally utilized.
1
Complexity of implementation and control
Whether dynamic electricity prices, grid fee charges, or heat utilization – the management of smart energy assets is highly complex. Manual interventions are inefficient and prone to errors, while automated systems are often lacking or not optimally utilized.
2
Lack of knowledge about economic benefits
Many companies can achieve significant savings and even new sources of income by managing their combined heat and power units, electrolyzers, or other flexible assets. Often, the full potential therefore remains untapped.
2
Lack of knowledge about economic benefits
Many companies can achieve significant savings and even new sources of income by managing their combined heat and power units, electrolyzers, or other flexible assets. Often, the full potential therefore remains untapped.
2
Lack of knowledge about economic benefits
Many companies can achieve significant savings and even new sources of income by managing their combined heat and power units, electrolyzers, or other flexible assets. Often, the full potential therefore remains untapped.
2
Lack of knowledge about economic benefits
Many companies can achieve significant savings and even new sources of income by managing their combined heat and power units, electrolyzers, or other flexible assets. Often, the full potential therefore remains untapped.
3
Difficulty in identifying suitable facilities and processes
Not every system or process is suitable for consumption optimization. Without a detailed analysis, it is often unclear which assets – from cooling systems to combined heat and power units to electrolyzers – can be flexibly controlled without impairing operational processes or energy efficiency.
3
Difficulty in identifying suitable facilities and processes
Not every system or process is suitable for consumption optimization. Without a detailed analysis, it is often unclear which assets – from cooling systems to combined heat and power units to electrolyzers – can be flexibly controlled without impairing operational processes or energy efficiency.
3
Difficulty in identifying suitable facilities and processes
Not every system or process is suitable for consumption optimization. Without a detailed analysis, it is often unclear which assets – from cooling systems to combined heat and power units to electrolyzers – can be flexibly controlled without impairing operational processes or energy efficiency.
3
Difficulty in identifying suitable facilities and processes
Not every system or process is suitable for consumption optimization. Without a detailed analysis, it is often unclear which assets – from cooling systems to combined heat and power units to electrolyzers – can be flexibly controlled without impairing operational processes or energy efficiency.
Our approach
Our approach
Flexibilize your assets in a business savvy way
Flexibilize your assets in a business savvy way
Combined heat and power plants (CHP)
Combined heat and power plants can be operated flexibly to feed in electricity at times of high prices or to optimize self-consumption. This reduces energy costs and generates additional income.
Combined heat and power plants (CHP)
Combined heat and power plants can be operated flexibly to feed in electricity at times of high prices or to optimize self-consumption. This reduces energy costs and generates additional income.
Combined heat and power plants (CHP)
Combined heat and power plants can be operated flexibly to feed in electricity at times of high prices or to optimize self-consumption. This reduces energy costs and generates additional income.
Combined heat and power plants (CHP)
Combined heat and power plants can be operated flexibly to feed in electricity at times of high prices or to optimize self-consumption. This reduces energy costs and generates additional income.
Refrigeration systems
By making short-term adjustments to operations, cooling systems can respond flexibly to price fluctuations without affecting product quality. This saves costs and increases energy efficiency.
Refrigeration systems
By making short-term adjustments to operations, cooling systems can respond flexibly to price fluctuations without affecting product quality. This saves costs and increases energy efficiency.
Refrigeration systems
By making short-term adjustments to operations, cooling systems can respond flexibly to price fluctuations without affecting product quality. This saves costs and increases energy efficiency.
Refrigeration systems
By making short-term adjustments to operations, cooling systems can respond flexibly to price fluctuations without affecting product quality. This saves costs and increases energy efficiency.
Electrolyzers
Electrolyzers can be operated selectively when electricity is particularly cheap or surplus power is available. This makes hydrogen production more viable while simultaneously reducing grid bottlenecks.
Electrolyzers
Electrolyzers can be operated selectively when electricity is particularly cheap or surplus power is available. This makes hydrogen production more viable while simultaneously reducing grid bottlenecks.
Electrolyzers
Electrolyzers can be operated selectively when electricity is particularly cheap or surplus power is available. This makes hydrogen production more viable while simultaneously reducing grid bottlenecks.
Electrolyzers
Electrolyzers can be operated selectively when electricity is particularly cheap or surplus power is available. This makes hydrogen production more viable while simultaneously reducing grid bottlenecks.
E-car charging infrastructure
Charging processes of electric vehicles are dynamically adjusted to favorable electricity times to minimize operating costs and avoid peak loads – without compromising mobility needs.
E-car charging infrastructure
Charging processes of electric vehicles are dynamically adjusted to favorable electricity times to minimize operating costs and avoid peak loads – without compromising mobility needs.
E-car charging infrastructure
Charging processes of electric vehicles are dynamically adjusted to favorable electricity times to minimize operating costs and avoid peak loads – without compromising mobility needs.
E-car charging infrastructure
Charging processes of electric vehicles are dynamically adjusted to favorable electricity times to minimize operating costs and avoid peak loads – without compromising mobility needs.
Climate and heating systems
Intelligent load management allows heating and cooling systems to be controlled in such a way that energy is used preferentially during cheaper times – without sacrificing comfort.
Climate and heating systems
Intelligent load management allows heating and cooling systems to be controlled in such a way that energy is used preferentially during cheaper times – without sacrificing comfort.
Climate and heating systems
Intelligent load management allows heating and cooling systems to be controlled in such a way that energy is used preferentially during cheaper times – without sacrificing comfort.
Climate and heating systems
Intelligent load management allows heating and cooling systems to be controlled in such a way that energy is used preferentially during cheaper times – without sacrificing comfort.
Manufacturing processes
Flexible control of energy-intensive production processes allows for a shift to times of low electricity prices, resulting in significant savings.
Manufacturing processes
Flexible control of energy-intensive production processes allows for a shift to times of low electricity prices, resulting in significant savings.
Manufacturing processes
Flexible control of energy-intensive production processes allows for a shift to times of low electricity prices, resulting in significant savings.
Manufacturing processes
Flexible control of energy-intensive production processes allows for a shift to times of low electricity prices, resulting in significant savings.
Advantages
Advantages
Advantages of our intelligent asset control
Advantages of our intelligent asset control
No capital expenditure necessary
Leverage existing flexibilization potential without additional investment needs..
No capital expenditure necessary
Leverage existing flexibilization potential without additional investment needs..
No capital expenditure necessary
Leverage existing flexibilization potential without additional investment needs..
Reduce grid fees with shaved peak loads
The limitation of peak loads reduces the maximum required voltage and lowers grid charges.
Reduce grid fees with shaved peak loads
The limitation of peak loads reduces the maximum required voltage and lowers grid charges.
Reduce grid fees with shaved peak loads
The limitation of peak loads reduces the maximum required voltage and lowers grid charges.
Generate additional revenue
Flexible capacities can be traded in energy markets to generate a surplus from fluctuations in electricity prices.
Generate additional revenue
Flexible capacities can be traded in energy markets to generate a surplus from fluctuations in electricity prices.
Generate additional revenue
Flexible capacities can be traded in energy markets to generate a surplus from fluctuations in electricity prices.
Reduce your carbon footprint
Avoid oversteering and thus unnecessary emissions - in line with your climate goals.
Reduce your carbon footprint
Avoid oversteering and thus unnecessary emissions - in line with your climate goals.
Reduce your carbon footprint
Avoid oversteering and thus unnecessary emissions - in line with your climate goals.
-15%
-15%
-15%
Electricity costs
Electricity costs
Electricity costs
< 5 years
< 5 years
Amortization period
>10%
>10%
>10%
Annual return
Annual return
Customer success
Customer success
Success stories of our customers
~12%
lower electricity costs
We do not have the resources for all these changes... Without trawa, we would need someone full-time.
Matthias Bußhaus
Assistant to the management, SETEX Textile GmbH
Success stories of our customers
~12%
lower electricity costs
We do not have the resources for all these changes... Without trawa, we would need someone full-time.
Matthias Bußhaus
Assistant to the management, SETEX Textile GmbH
Success stories of our customers
~12%
lower electricity costs
We do not have the resources for all these changes... Without trawa, we would need someone full-time.
Matthias Bußhaus
Assistant to the management, SETEX Textile GmbH
Our process
01
01
01
02
02
02
03
03
03
04
04
04
25 minutes
Initial alignment on your needs
In a first conversation, we will advise you on flexible trading and discuss the optimization potentials in your company.
5 minutes
Indicative initial analysis
After we have gathered some data on your assets and company needs, we will create an tailored analysis of trading opportunities and the economic viability of the project.
45 minutes
45 minutes
Kick-off for project validation
Even before the conclusion of the contract, we check all technical details to provide you with a reliable analysis of the project's feasibility.
Even before the conclusion of the contract, we check all technical details to provide you with a reliable analysis of the project's feasibility.
Following
Asset control launch
Upon completion of the contract, we will now steer your assets to optimize your energy costs.
Uplevel your organization’s energy management
As of now our software is only available in combination with one of our other products
Free
as part of our optimized energy supply or battery storage solutions.
Professional procurement strategy
Precise cost forecast
Detailled consumption analysis
Whitepaper
Protect the environment, save costs. How companies can optimize the procurement of green energy.
Including customer study: Switch to optimized electricity procurement with trawa.
Whitepaper
Protect the environment, save costs. How companies can optimize the procurement of green energy.
Including customer study: Switch to optimized electricity procurement with trawa.
Whitepaper
Protect the environment, save costs. How companies can optimize the procurement of green energy.
Including customer study: Switch to optimized electricity procurement with trawa.
Whitepaper
Protect the environment, save costs. How companies can optimize the procurement of green energy.
Including customer study: Switch to optimized electricity procurement with trawa.
Our other products
Our other products
Our other products
Together with trawa to next level energy management
Together with trawa to next level energy management
Together with trawa to next level energy management
Contact
If you have further questions, you can contact us at any time.
Your trawa team
Contact
If you have further questions, you can contact us at any time.
Your trawa team
Contact
If you have further questions, you can contact us at any time.
Your trawa team
With trawa you bring your energy procurement to the level of multinationals.
Questions? We have answers.
Do I have to commit to using wind power for a long period?
What data can I see in the energy management software?
How does the trawa green power procurement work?
What is the minimum power requirement to be able to use the electricity supply?
How much can I save on electricity costs with trawa?
What are PPAs and how do they work in the trawa system?
Can I adjust my energy mix based on specific preferences?
What are the advantages of green electricity sourcing from Trawa?
What happens when my consumption profile changes?
Can trawa take over procurement for multiple company locations?
Questions? We have answers.
Do I have to commit to using wind power for a long period?
What data can I see in the energy management software?
How does the trawa green power procurement work?
What is the minimum power requirement to be able to use the electricity supply?
How much can I save on electricity costs with trawa?
What are PPAs and how do they work in the trawa system?
Can I adjust my energy mix based on specific preferences?
What are the advantages of green electricity sourcing from Trawa?
What happens when my consumption profile changes?
Can trawa take over procurement for multiple company locations?