Background.JPG

Electrical, Energy, renewable energy

About

Professional Services

EES provides you engineering solutions which are technically smart, practical and cost effective tailored to your project.

We enable our clients to satisfy Electrical Engineering and Renewable Energy project requirements within time and cost constraints.

Our clients will be guided through regulatory and technical aspects of sustainabilty in the construction industry.

We have experience in working efficiently and effectively with cross discipline and integrated teams.

Utilising the latest technology, EES provides Electrical and Renewable Energy Design for national / international construction clients for cutting edge commercial and mixed use projects. This entails providing electrical and renewable design, conducting thorough analysis on the external environment.

We comply with environmental tools such as Green Star and NABERS standards of environmental performance for commercial and mixed use buildings.

EES can also assist with Electrical Services design for BA and Form 15 certification, Preliminary, Detailed Design and Construction. 

EES boasts a multi-disciplinary team of engineers, building designers and educators and share a vision to deliver engineering outcomes and contribute to sustainable engineering practises. Our skills and qualifications ensure that we can deliver a wide range of services to our clients. 

Our experienced engineering team share their knowledge and expertise to every project. The team’s wide range of experience and knowledge allow EES the ability to provide specific engineering solutions to your particular objectives.

 

Get in touch

 We offer a free consultation to walk you through your project needs, the scope of your goals, and your budget.

Book an appointment ▸


EES Accreditations/Affiliations

  • Board of Professional Engineers, Queensland Government

    • Registered Professional Engineer of Queensland (RPEQ)

    • National Professional Engineering Register (NPER)

  • Engineers Australia

    • Chartered Engineering Status in Electrical Engineering, Building Services Engineering, Information, Telecommunications and Electronics Engineering

    • MIEAust, CPEng, NER, APEC, IntPE(Aus)

  • Clean Energy Council (CEC)

    • Solar Design Accreditation

  • Green Star Building Code of Australia (GBCA)

    • Green star Accredited Professional Certification

  • Illuminating Engineering Society of Australia and New Zealand (IES)

    • Associate Member

  • National Australian Built Environment Rating System (NABERS)

    • NABERS Independent Design Review Panel

    • NABERS Accredited Assessor

    • NABERS Energy, Water Apartment Buildings

    • NABERS Energy, Water Shopping Centre ratings

    • NABERS Energy, Water, IEQ and Waste Office ratings

    • NABERS Energy, Water Hotel ratings

  • nbn™ broadband access network

    • nbnCo Accredited (Pit & Pipe Design)

  • The Nationwide House Energy Rating Scheme (NatHERS)

    • NaTHERS Assessor

  • Commercial Building Disclosure(CBD)

    • CBD Assessor

  • Building Energy Efficiency Certificate (BEEC)

  • Australian Building Sustainability Association (ABSA)

  • EnviroDevelopment LEAF


EES Skills and Experience

  • Experience working as Electrical Renewable Energy Engineers within a consulting environment.

  • Exposure to a variety of building projects with a desire to learn and grow our knowledge and develop our technical ability.

  • Proficient in using the latest versions of Building Codes, Australian Standards, ASHRAE Standards and latest engineering tools and guidelines

  • ELectrical and Renewable Energy design experience

  • Environmentally minded with an understanding of energy and climate change issues.

  • Planning project resources, maintaining schedules and budget

  • Project Management Experience

  • Collaboration in multi-discipline project teams to develop drawing and specification documents for issuance to architects, contractors and building owners

  • Experience in developing master and project specifications

  • Experience in surveying and evaluating existing conditions

  • Construction administration

Capability Statement

For a Capability Statement along with specifics of past projects and references, please contact EES.


Director

Dr Emma Eriksson

 EES's director, Emma Eriksson  has experience in Electrical Design and Renewable Energy Design both through her PhD, her continued involvement in research projects with research and industry affiliations and through ongoing commercial projects.

Emma Eriksson has over 20 years experience as a professional Electrical and Renewable Energy Engineer and is experienced in providing electrical services design in commercial, education, health, commercial , defense and residential areas.

Emma is involved in the research, design and installation of hybrid energy systems involving a wide range of renewable energy components and continues to contribute and share her skills and experience in the industry.

Qualifications

  • Ph.D. in Hybrid Renewable Energy Systems with Hydrogen and Battery Storage

  • PostDoc in Hybrid Renewable Energy System Design and Installation

  • Masters in Building Services with Sustainable Energy, Mechanical Department, Brunel University, London

  • Bachelor in Engineering(Electronics) / Bachelor in I.T (Hon),Australia

Accreditations/Affiliations

  • MIEAust, CPEng, NER, APEC, IntPE(Aus)

  • RPEQ

  • Clean Energy Council Solar Design Accreditation

  • Clean Energy Council Battery Design Accreditation

  • NatHERS certificate IV

  • NPER

  • Green Star Accredited Assessor

  • NABERS Independent Design Review Panel

  • NABERS Accredited Assessor

  • nbnCo Accredited (Pit & Pipe Design)

  • NaTHERS Assessor

  • CBD Assessor

Publications

  • Eriksson E.L.V and Gray E.MacA, Optimization and integration of hybrid renewable energy hydrogen fuel cell energy systems – A critical review. Applied Energy, 2017. 202: p. 348-364.

  • Eriksson E.L.V and Gray E.MacA, Optimization of Renewable Hybrid Energy Systems – A multi-objective approach, Renewable Energy, 2018. TBA