Each Aukera project is a step towards achieving a sustainable future
We are scaling clean energy production through projects that have positive environmental and social impact. As owner operators, we are meticulous in bringing out the best in our projects. Every part of a project’s life cycle is optimized for the long term.
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Renewable energy sources are all around us
They replenish every day and we can harness them to sustainably power the next generation.
Our renewable projects are solar, wind and storage solutions which harvest abundant resources to meet growing demand for energy.
SOLAR
WIND
STORAGE
What’s involved in a Renewables project?
Grid connection
We analyse the network for capacity and the optimum place to connect. We apply for capacity within the network and if feasible, accept the connection, allowing the project to progress.
Land agreement
We are able to move quickly to secure agreement on highly competitive rates. We carry out technical feasibility studies to ensure a site can be successfully developed.
Planning
Based on our findings and grid offer, we submit a compliant application to either the Local Planning Authority or the Planning Inspectorate.
Exploration of ideas
and opportunities:
In-depth studies are undertaken to assess how our projects can best minimise the impact on the surrounding area
Community benefits
Our investment into communities is highly competitive, but we believe we can do even more. We build long-lasting relationships and work with communities to understand what they actually need. We consult carefully so we can ensure investment is genuinely impactful.
Lifecycle
Projects usually last between 30 and 40 years, so we have the time to see impact on our sites. We work with landowners to bring out the best of their land, which gives the opportunity to create opportunities for wildlife, as the infrastructure only comes into contact with about 5% of the land itself. This leaves fenced-off and protected areas that are managed and looked after.
What’s involved in a Renewables project?
1
Grid connection
We analyse the network for capacity and the optimum place to connect. We apply for capacity within the network and if feasible, accept the connection, allowing the project to progress.
2
Land agreement
We are able to move quickly to secure agreement on highly competitive rates. We carry out technical feasibility studies to ensure a site can be successfully developed.
3
Planning
Based on our findings and grid offer, we submit a compliant application to either the Local Planning Authority or the Planning Inspectorate.
4
Exploration of ideas
and opportunities:
In-depth studies are undertaken to assess how our projects can best surrounding minimise the impact on the surrounding area.
5
Community benefits
Our investment into communities is highly competitive, but we believe we can do even more. We build long-lasting relationships and work with communities to understand what they actually need. We consult carefully so we can ensure investment is genuinely impactful.
6
Lifecycle
Projects usually last between 30 and 40 years, so we have the time to see impact on our sites. We work with landowners to bring out the best of their land, which gives the opportunity to create opportunities for wildlife, as the infrastructure only comes into contact with about 5% of the land itself. This leaves fenced-off and protected areas that are managed and looked after.
The Big Questions
Why are renewables the best alternative to fossil fuels?
Why are rooftop, brownfield and greyfield sites not appropriate for these types of project?
Rooftop, brownfield, and greyfield sites may not always be ideal for renewable energy projects due to several factors such as limited space, structural limitations, or environmental contamination. Rooftop installations might lack sufficient area or structural integrity to support large-scale systems, while brownfield and greyfield sites may also require extensive remediation efforts due to contamination, adding additional costs and complexities. However, when suitable, these sites can still offer valuable opportunities for smaller or specialised renewable energy solutions. Whenever we can incorporate these sites into our projects, we make every effort to do so, as they can provide valuable space for renewable energy generation while contributing to the revitalisation of underutilised areas.
Why this particular site when somewhere else seems more appropriate?
We carefully select each site based on a range of factors, including environmental impact, grid connectivity, resource availability, and regulatory requirements. While other locations may seem more appropriate at first glance, this particular site offers the best combination of technical feasibility, community support, and sustainability, ensuring that the project can be developed efficiently and responsibly for long-term success. Additionally, we consider the need for balanced energy generation to ensure the grid can manage supply and demand effectively, maintaining a stable and reliable energy system. The site is thoroughly scrutinised for viability through detailed environmental assessments, feasibility studies, and consultations with local authorities to ensure it meets all technical, regulatory, and community requirements.
Can these projects really be returned to agriculture and the impact reversed?
Through responsible planning, site restoration, and the use of eco-friendly practices, the land can be returned to its original use or improved after the project’s life cycle. This may involve soil remediation, replanting vegetation, or restoring natural habitats to promote biodiversity and enhance land quality. At the planning stage, the end of the project is taken into account and plans for decommissioning are made decades before they will be implemented. Such approaches ensure that renewable energy projects can support both energy generation and long-term agricultural sustainability. Typically, only around 5-10% of the total land area is directly affected by infrastructure such as solar panels or wind turbines, leaving much of the area undisturbed for the lifespan of the project.
