I ENERGY STORAGE
Energy storage will play a crucial part in the future of electricity generation, and its need will only increase as the industry strives to meet its Net Zero goals.
Energy storage is the process of capturing energy at one time for use at a later time. In the context of renewable energy sources such as wind or solar power, energy would be stored when renewable generation exceeds demand. Then, when demand exceeds generation, for example during periods of low wind, the stored energy is used to produce electricity.
There are various energy storage technologies, some of which are more established than others. Prominent storage technologies include pumped hydroelectricity energy storage, Lithium-ion battery storage and compressed air energy storage.
Crondall Energy is a leader in innovation and intend to be at the forefront of the anticipated developments in energy storage in the coming years.
At Crondall Energy, we’ve built our expertise in this field through collaborations with the NSTA, who regulate and influence the oil and gas, offshore hydrogen, and carbon storage industries. We have also engaged in discussions with the National Grid ESO, DESNZ and an operational windfarm about the future of renewable energy storage, unlocking key insights and future opportunities.
At Crondall Energy we have also developed our RenSys tool (Renewable Systems Optimiser) which enables us to simulate Energy Storage System (ESS), renewable generation, and grid performance over multiples years, utilising historic data. This enables an assessment of curtailed renewable generation, revenue potential from ESS, CAPEX, and OPEX. This tool has been utilised on multiple projects, from kW to GW scale, to provide a better understanding of ESS performance, sizing and opportunities.
1. Innovative Design and Engineering: Crondall Energy specialises in the production and development of innovative concept designs. The multi-disciplined team have designed and developed tools and technologies in energy transition industries such as Floating Offshore Wind.
2. Technology Feasibility and Assessment: Crondall Energy conduct feasibility studies for energy storage projects, assessing site conditions, current technology readiness levels and economic viability to provide essential insights for project developers and investors. We also assess all available and state-of-the-art technologies to ensure that clients are equipped with optimal solutions.
3. Risk Mitigation Strategies: Crondall Energy identifies and mitigates risks associated with energy storage projects, ensuring successful project execution.
4. Collaboration with Industry Stakeholders: Crondall Energy actively collaborates with industry players, research institutions, and policymakers. Our involvement in industry forums and knowledge-sharing initiatives not only enhances our capabilities, but contributes to the growth of the energy storage industry.
I Energy Storage Highlights
Key Services:
I Electrical Engineering
Technical consultancy with expertise in concept development, system design, power systems analysis using industry approved software, equipment and cable sizing and specification, substation design.
I Process Engineering
Expertise in compression design and dehydration, which are key stages of compressed air energy storage.
I Pipeline Engineering
Specialising in routing design and developing analysis software for both onshore and offshore pipelines with a variety of applications, including compressed air transportation.
I Flow Assurance Engineering
Proficient in pipeline hydraulics, phase behaviour, and pipeline sizing, applicable for pipeline transportation of compressed air to storage facilities.
I Risk Analysis
Comprehensive assessment of leakage risks and reservoir characterisations.
I Well Design Experts
Ensuring compressed air storage well integrity through material selection, injection strategy, and pressure management.
I Health and Safety
Ensuring compliance and developing robust remediation plans.
I Project Management
Schedule and cost benchmarking of different energy storage technologies, capital and operational expenditure analysis, and schedule analysis
