The Turkish Women in Renewables and Energy Network (TWRE) was established in March 2018 as a social enterprise and networking platform for women in the renewables and energy sector. The network currently boasts almost 4,000 online members from a range of sectors, including energy, construction, sustainability and decarbonisation. Following the completion of over 100 projects, technical trainees, site visits, mentoring, a sailing team, gender equality research, a report and career guidance, TWRE has motivated more than 500 women pursuing STEM careers to pursue careers in energy transition.

In June 2022, with the support and approval of the energy sector, 24 women with diverse career backgrounds and achievements, who are the core of the network’s volunteers, established the Green Collar Women’s Association (GCWA). Since then, TWRE has become GCWA’s women’s community network.

The global energy sector is experiencing year-on-year growth. Turkey’s energy sector is undergoing a direct proportional development in the global energy market. Indeed, over the past decade, we have witnessed a period of significant growth, driven by the acceleration of the transition to clean energy. By 12 August 2024, we had reached an installed capacity of 58% renewables. Our goal is to increase this figure to 80% by 2035.

The growth in this sector is the result of a number of factors, including technological developments, industrial capacities and infrastructure, sustainable finance, capital and incentives.

In addition to the aforementioned factors, the availability of a skilled workforce is a crucial element in driving this growth. This leads to the question of who is meant by the term “human resources.”

Due to the difficulty of accessing data in the energy sector, it was not possible to create a detailed profile. However, a general statement can be made. As is the case across the globe, the Turkish energy sector is predominantly male-dominated. However, this situation is beginning to evolve, with some indications of change over recent years. It is evident that women are also playing an increasingly active role in the sector. Given the current need for qualified personnel, the allocation of resources is a crucial area for women’s employment. It is therefore vital to conduct research in the energy sector and contribute to its development in a variety of ways. TWRE and GCWA identified a need to collect data to drive greater inclusivity and equality in the sector and to provide diverse insights into energy transition.

GCWA has analysed the prospects of the Turkish energy sector in the context of gender equality. Collected data from energy distribution, and transmission companies, as well as plant owners and OEM companies. In this context, the report entitled “Gender equality in the Turkish energy sector – Women’s Employment: global and local Dynamics” in cooperation with the German Energy Agency dena , Turkish German Energy Partnership Program.  The findings presented in the report provide in-depth insights into the challenges faced by women in the Turkish energy sector, from employment inequalities to gender stereotypes. It provides a comprehensive analysis of the current landscape by identifying barriers and opportunities for women’s participation and advancement in the energy sector.

The research was conducted using both quantitative and qualitative data. A total of 189 individuals were surveyed using a questionnaire, while fourteen female employees were also interviewed. Additionally, twenty-five companies were consulted to gain insight into the overall gender distribution of their workforce. The objective of this study was to examine the role of women in the energy sector.

The research was conducted in a way that allowed researchers to focus on their experiences and ask questions accordingly. Within collected data from responding companies’ study has shaped the total number of employees of 45,000. Approximately 35 K of these are male employees, while only  9K are female employees. Examining the distribution of white- and blue-collar employees, the findings are as follows: While 66% of white-collar male employees are men, this figure is 34% for women. While 88% of blue-collar employees are men, only 12% are women.

The research revealed that 34% of female employees believe they have experienced gender discrimination in the workplace, while 33% reported that they have encountered prejudiced behaviour due to their gender. Despite the fact that 72% of respondents indicated that they were accepted in their workplaces as women, 37% reported that they felt the need to prove themselves. While 35% of female employees participating in our research highlighted that the division of labour is based on gender, 42% emphasised that it is independent of gender. In response to the question of whether gender is an important factor in professional progression and promotion, 54% of participants indicated that it is not. In terms of the impact of gender on recruitment processes, 43% of participants indicated that it is a significant factor. Forty-seven point three per cent of respondents believe that female employees may encounter greater challenges in pursuing senior management roles compared to their male counterparts. A majority of respondents (73.7%) indicated that their company has an effective gender equality policy. However, a significant proportion (54%) of participants stated that there is no effective gender equality programme in their company. When the number of directors is analysed, the gender imbalance is even more pronounced. Accordingly, while men comprise approximately 78% of the board of directors, women represent only 22%.

In conclusion, the research findings indicate that organisations with gender equality policies foster a more egalitarian work environment among employees. It is crucial for companies to implement inclusive policies and conduct training and awareness programmes. To address the gender imbalance in the energy sector and cultivate future leaders, it is crucial to direct and encourage female students towards this field. The expansion of training programmes, scholarships, mentoring practices, job and internship opportunities for female students will contribute to workforce diversity in the sector. To achieve sustainable progress on gender equality, it is essential to raise awareness across the energy sector. Educational seminars, workshops, internal communication campaigns, and effective use of social media and digital platforms are key strategies for awareness-raising activities.

It is of great importance to promote the activities of civil society organisations in order to develop gender equality in the energy sector. Energy sector companies can expand their impact in this area by partnering with civil society organisations to develop training programmes, campaigns and events. It is crucial to ensure the regular collection of data in the energy sector to achieve social-gender equality. The sector must collect data on gender distribution, wage gaps, gender ratios in promotions and appointments, and gender representation at each level of decision-making on a regular basis. The regular collection of data will enable companies to develop effective policies and to monitor the sector’s annual performance. It is evident that internationalisation plays a pivotal role in addressing the gender imbalance in the energy sector. It is crucial to encourage the formation of international business alliances and networks at this juncture. The exchange of best practice examples, the development of shared strategies and policies, and the formation of international partnerships can accelerate progress on gender equality.

Please do not hesitate to contact with Green Collar Women Association for any suggestions and partnership offers.

Sedef Budak, Founder President, GCWA

Doğuhan Energy is a key player in major projects across Turkey. Starting from the Alaçatı Alize Wind Farm project, Turkey’s first power plant in the field of wind energy,  it has become the solution partner for over 2,800 MW projects by providing complete services to renewable energy projects, especially in wind energy.

Established in 1993, Doğuhan Energy shifted its focus to the renewable energy sector in 1996, aligning with Turkey’s commitment to sustainable energy. Since then, we have involved in more than 30% of the power plants commissioned after the Alaçatı Alize WPP—the country’s inaugural wind power plant—totaling over 2,800 MW and became a solution partner. Growing with Turkey’s wind energy sector, the company offers complete and comprehensive services, for renewable energy investments, especially wind energy, from engineering to project planning to infrastructure and superstructure works, geological and geophysical ground surveys.

Among the crucial power plants offered by Doğuhan Energy, having involved in all major projects in Turkey’s wind energy since Alaçatı WPP, Turkey’s first wind energy power plant, process of which started in 1996; there are giant projects, such as Göktepe WPP, Elmalı WPP, Germiyan WPP, Geycek WPP, Gündoğdu WPP, Karaburun WPP, Karacabey WPP, Kınık WPP, Soma WPP, Geyve WPP, Kurtkayası WPP.

Doğuhan Energy provides a full range of project design and engineering services tailored to our clients’ needs. From access roads and turbine foundations to transformer centers, electrification, reinforced concrete structures, and power plant testing and commissioning, Doğuhan Energy offers turnkey solutions.

Doğuhan Energy, together with its group companies, with offices in Romania, Hungary and Italy as of 2022, stands by the investors in this challenging journey in many European countries.

As a provider of critical fasteners for over 3,000 wind energy projects worldwide, Berdan Cıvata produces high-strength anchor cages, tower assembly bolts, and blade studs, among other essential components, from the foundation to the blades. We continue to be an approved supplier in global markets for 7 of the world’s top 10 wind turbine manufacturers.

Founded in 1980 by Mechanical Engineers Hasan and Yunus Şemsi in a 150 m² workshop in Tarsus, Mersin, Berdan has grown significantly over the years. In 2000, we moved to our first factory, spanning 5,000 m² in the Mersin-Tarsus Organized Industrial Zone, with a team of 25, including two engineers. Today, we operate in facilities covering a total of 48,000 m², with 28,000 m² dedicated to indoor production. Our team now includes over 60 engineers and approximately 400 employees, and we remain a trusted partner for high-strength and critical fasteners.

Our capabilities include machining, rolling, threading, heat treatment, and various surface treatment processes such as patented hot-dip galvanizing, electro-galvanizing, zinc flake, and Teflon coatings. These treatments are conducted in our state-of-the-art surface treatment facilities and products are rigorously tested in our industry-leading, accredited test laboratory before being delivered to our clients.

Our products have been integral to some of the world’s most notable infrastructure projects. We supplied the 10-meter-long, 700 kg anchors that support the towers of Europe’s second-longest suspension bridge, Osmangazi, and the world’s longest suspension bridge, the 1915 Çanakkale Bridge. For the Anamur-Cyprus Peace Water Project, we provided B7/2H grade bolts with a 100-year corrosion resistance for the 80 km pipeline running 250 meters underwater. Additionally, we supplied over 800 tons of fasteners for the Kuwait International Airport project and all fasteners for the 93,000-seat Lusail Stadium, the venue for 10 matches, including the final, of the 2022 FIFA World Cup in Qatar.

Our journey into the wind energy sector began in 2008 when we participated in the Wind Energy Fair in Husum, Germany, as the only Turkish company. This marked the beginning of our collaboration with global wind energy giants. Today, we have supplied fasteners for over 3,000 wind turbine projects globally. Our clients include renowned names like GE from the USA, Nordex and Enercon from Germany, Vestas from Denmark, Siemens from Spain, and Goldwind from China. We have also provided fasteners for the Konya-Karapınar project, Europe’s largest solar power plant, with a capacity of approximately 1,550 MW.

In addition to supporting green energy, we harness natural resources to meet our own energy needs, sourcing 53% of our requirements from our 2.5 MW rooftop solar power plants. We aim to increase this to 90% in the future.