Flexibility by Design
Flexibility by Design is an innovative, comprehensive approach towards flexibility in industry parks. It entails elements such as including flexible assets in the planning process, attracting companies with complementary energy usage, or adopting an innovative business model containing lower energy costs and grid tariffs.
By adopting the Flexibility by Design mindset, flexibility becomes an integral part of your industry area, contributing to the development of the green industry. At Flexpartner.Energy, we help you realise this vision every step of the way.
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To achieve the best possible results, we help you with planning activities every step of the way, starting with initial phases of the industry park with Flexibility by Design, to coordinating flexibility in Flexible Local Energy Community
By bringing together companies with complementary energy usage and flexibility potential, Flexible Local Energy Community can achieve optimal results. Flexpartner.Energy helps you assess the energy and flexibility profiles of businesses in your industry park, empowering you to make the best choices.
Flexpartner.Energy developed a special business model made with Flexible Local Energy Communities in mind, which includes new, discounted grid tariffs
Show your employees, management and customers how your Flexible Local Energy Community works saving energy and money through flexibility in real time
Flexibility by Design, as well as Flexible Local Energy Community, is a perfect addition to your sustainability report (bærekraft report), showcasing real commitment to the green industry.
By working together on smart energy initiatives, your Flexible Local Energy Community can significantly reduce energy use - leading to lower bills and a more sustainable future
We help you choose flexible assets that align with the needs of your Local Energy Community, maximising their performance and achieving the best results. Moreover, Flexpartner.Energy’s application will allow you to monitor their operation and simulate different flex scenarios.
Flexible Local Energy Community’s operational mechanisms allows for quick and easy deployment of surplus flexibility to the market, increasing the monetary remittance derived from FlexLEC
VARIGHETSKURVE
Business economics
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Reduced power costs for companies in FlexLEC
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Lower electricity prices
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Economies of scale
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Lower grid costs
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Increased activities for companies due to more power being available
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Market-based flexibility
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Revenue from energy community
Socio-economics
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Phasing-out fossil fuels
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Postponing new construction costs
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Optimal utilisation of the grid
REDUCED
POWER
COSTS
Sustainability
Grid flexibility plays, and will continue to do so, an important role in the process of energy transition. It directly contributes to at least four Sustainable Development Goals (SDGs):
Goal 7
Affordable and Clean Energy
It allows greater integration of renewable energy sources into the power grid through improving the efficiency of the existing infrastructure.
Goal 9
Industry, Innovation and Infrastructure
Grid flexibility contributes to cutting CO2 emissions from the industry sector, simultaneously promoting innovation and fostering resilient infrastructure.
Goal 12
Responsible Consumption and Infrastructure
The responsible electricity usage fostered by grid flexibility is an important step in the sustainable production of goods and services.
Goal 13
Climate Action
Through its contribution to the reduction of CO2 emissions, grid flexibility assists in reaching the Net Zero by 2050 scenario and plays a part in combating climate change and its consequences.