Functional Lead Hydrogen Commercial Analysis - Swindon, United Kingdom - RWE

RWE

Verified Company

Swindon, United Kingdom

3 weeks ago

Posted by:

Tom O´Connor

beBee Recruiter

Description

Functional Lead Hydrogen Commercial Analysis (M/F/t) Germany and Nordics:

-
Location(s):

Swindon, Wiltshire, GB, SN5 6PB
Utrecht, UT, NL, 3521 AZ
Essen, NW, DE, 45141

RWE Generation SE

To start as soon as possible, full time / part time, permanent

Your responsibilities

Hydrogen is seen as a beacon of hope for climate-neutral power generation and will play an important role in the energy transition and decarbonisation of industry.

RWE is working at full speed on green hydrogen projects in Europe and other regions of the world - together with our partners from business, industry, research and politics.

In the RWE Group, we have bundled our hydrogen activities in a Hydrogen Hub and are looking for strengthening our fast-growing team.

The Team Coordinator (M/F/t) Hydrogen Commercial Analysis DE/Nordics reports to the Head of Hydrogen Global Commercial Backbone, who is located in Essen (Germany).

The advertised position focusses on the commercial analysis of RWE's H2 projects and includes the functional lead of 3-4 commercial analysts in Germany.

Close cooperation with the commercial analysis teams in the Netherlands and the UK is required.

Defining bid strategies and running the corresponding analyses in the context of (integrated) H2 tenders
Setting up new processes and tools for the pricing of hydrogen products in preparation for negotiations of Hydrogen Sales Agreements
Endtoend optimization of renewables / electrolyser / storage projects in Germany, Denmark and Sweden
Assess implications of (draft) regulations on LCoH and funding gaps
Analysis of key value drivers, e. g. CapEx, RES mix, storage costs
Conceptual work on LCoH, RES mix and valuation tools for all commercial analysis teams. Holding the team's interface to RWE Supply & Trading
Derive green H2 market prices and willingness to pay of customers for green H2

Your profile

Degree in the fields of economics, natural sciences or similar
Experience in the development of business models, e. g. DCF models or complex optimisations
Strong stakeholder management and experiences in leading (project) teams
Sound experience in the energy or hydrogen sector
Analytical mindset as well as enthusiasm, assertiveness and decisiveness
Distinct communication skills and confident appearance as well as teamwork as a lived practice
Business fluent in English and good German language skills

Advantageous, but not a must

Further language skills (e. g. Dutch)
Experiences in risk controlling

Our offer

Work in an international and dynamic environment with close team cohesion as well as exciting and challenging activities
Attractive remuneration with additional benefits such as employer company pension scheme and employee discounts
Flexible working in the office and remotely (hybrid working) and equipped with company mobile phone and company laptop Diverse technical and personal qualification and further training opportunities

Any questions? Christina Al-Naqib (Recruiting),
We look forward to meeting you

Of course, you can find us on LinkedIn, Twitter and Xing, too.

RWE represents change, innovation and sustainability.

As one of the world's leading generators of electricity from renewable energy sources, we aim to be carbon-neutral by 2040 and to enable a sustainable life for people around the world.

To achieve this, we are looking for dynamic and motivated people to join us in creating a sustainable and secure energy future.

With its power plants in Germany, the UK and the Netherlands, the approximately 3,000 employees of RWE Generation produce electricity primarily from gas, hydropower and biomass.

The company ranks second in Europe with its gas-fired power plants. An excellent starting position, as gas is becoming more and more important as a bridge into the renewable age. We are also represented in many core markets with hydropower. The RWE Group bundles its hydrogen activities in RWE Generation.