Facilitate Construction team by providing clarification to engineering documents issued for construction
Conduct site inspections, quality control checks, and testing to ensure compliance with project requirements and regulatory standards
Ensure compliance with health, safety, and environmental (HSE) regulations and best practices
Monitor and perform technical audits, in progress inspections, to ensure that project technical requirements are being met. Resolve all the technical queries
Provide on-site engineering support, ensuring the proper implementation of project designs and specifications
Review and interpret engineering drawings, specifications, and other project documentation, providing guidance to construction personnel as needed and ensure that Contractors are executing their scope to the latest revision of drawings/ specifications
Collaborate with construction supervisors, project managers, and other team members to address technical issues and ensure the successful integration of energy storage technologies
Prepare and maintain accurate records of field engineering activities, including progress reports, as-built documentation, and quality control records
Provide technical clarifications to vendor representatives during their assignments on the jobsite
Answering/Issuing Request for Information (RFI) and Technical Queries (TQs), issuing Field Change Request (FCR), as needed
Support in compiling technical details for any back charges as appropriate if Contractors or Vendors execute their works in error
Requirements
engineering degree
engineering knowledge
fast‑paced
problem solving
communication
field engineer
Degree in Engineering, preferably in Electrical, Mechanical, or Civil disciplines
Strong knowledge of engineering principles, methodologies, and regulatory requirements
Ability to work in a fast-paced, dynamic environment and adapt to the evolving needs of the renewable energy industry
Excellent problem-solving, decision-making, and analytical skills
Strong communication and interpersonal skills, with the ability to work independently and as part of a team
Proven experience as a Field Engineer, preferably within the renewable energy or large-scale infrastructure sector
Benefits
Financial Wellbeing Support Platform, including hunting down lost pensions, access to Independent Financial Advisors, and retail discounts
25 days of paid annual leave
Automatic enrolment in the pension scheme after 3 months of service, with the option for salary sacrifice
Season ticket loan available
Opportunities for Learning and Development
Attractive salary package
Private Medical and Dental Insurance
Annual salary review at management's discretion
Training + Development
Information not given or found
Interview process
Information not given or found
Visa Sponsorship
Information not given or found
Security clearance
Information not given or found
Company
Overview
2005
Founded
The company was established in 2005 as a pioneering force in energy storage technology.
£300m funding
Raised Investment
The company secured £300 million in funding from key investors including the UK Infrastructure Bank and Centrica.
50MW/300MWh
Energy Storage Plant
A utility-scale energy storage plant capable of delivering 50MW power with 300MWh storage capacity.
400MWh
US Energy Project
A large-scale energy storage project with a 400MWh capacity in Vermont, United States.
It pioneered liquid-air energy storage, offering utility-scale solutions without geographic limits.
Its proprietary CRYOBattery™ tech liquefies excess renewable power, storing it cryogenically for hours or days of dispatch.
Projects span from UK demonstrators to planned multi-gigawatt schemes in Australia and across the UK.
Systems deliver grid services like inertia, peak shaving, black-start, frequency support, and renewable firming.
With modular tanks and mature components, its storage scales cost-effectively and rivals battery and thermal baseload performance.
A standout: zero-emission, zero-water, non-chemically-based tech boasting a 30–40 year lifespan and half the LCOE of lithium batteries.
Culture + Values
17 Years Invested
Long-term commitment to innovation
Demonstrates a dedication to developing proprietary LAES technology over an extended period, reflecting innovation and perseverance.
Multi-GWh Storage
Large-scale project delivery
Indicates expertise in executing ambitious energy storage solutions, showcasing technical capability and scalability.
Multi-hundred MWh Duration
Energy storage capacity
Evidences the ability to deliver长时间 energy storage solutions, highlighting technical innovation and practical application.
6 Countries Operated
Global expansion strategy
Reflects a strategic focus on international growth and market presence, establishing a global footprint.
No explicit publicly stated ‘official’ culture or values found on Highview Power’s website or LinkedIn.
Strategic partnerships with UK Infrastructure Bank, Centrica, Sumitomo, Rio Tinto, Goldman Sachs, KIRKBI, Mosaic, etc., indicating a collaborative and investment-attractive culture.
Delivery of multi-GWh / multi-hundred-MWh storage projects, evidencing an execution-oriented, results-driven environment.
Environment + Sustainability
£300M Investment
CRYOBattery Project
First UK commercial-scale CRYOBattery plant (50 MW/300 MWh) financed and under construction for operation early 2026.
10% Target
UK LDES Contribution
Developing four 2.5 GWh plants by 2030, contributing over 10% of UK long-duration energy storage targets.
2GW Pipeline
LAES Capacity
Program pipeline includes over 2 GW lithium-ion free energy storage capacity by 2035, supporting ~7.6 million homes.
£9B Infrastructure
Investment Over 10 Years
Planning over £9 billion in infrastructure investment over 10 years, supporting over 6,000 jobs.
Net zero target to enable a zero‑carbon electricity grid by 2030 (UK Future Energy Scenarios) via long‑duration energy storage
Technology stores energy for weeks, lower levelized cost than lithium‑ion, zero emissions, zero water impact, providing grid stability and synchronous inertia
Inclusion & Diversity
No DEI strategy or gender‑specific data found on Highview Power’s public website or LinkedIn