We support project implementation aiming at sustainable energy development.


The world is facing a tremendous energy transformation. It involves both the development of new energy sources, including alternative fuels, and solutions that optimize energy consumption and improve the efficiency of its distribution. Poland needs investments to reduce carbon emissions. These include distributed energy resources, thermal waste treatment plants, CCGT power plants, or Building Energy Services. In parallel, many solutions are being developed in Poland which may support the local and international markets.



East Analytics’ Energy Division successfully assists in project development that delivers energy transformation and transition to more efficient and greener solutions. We support international companies in market entry into Poland and build high-value partnerships. Based on an extensive network of relationships, we efficiently assist Polish companies in the process of internationalization. We facilitate the exchange of the most advanced know-how and build comprehensive networking in the high-tech green energy industry.

Meet the Team




Beata Gładysz


Business Consultant


Beata is a business consultant with experience in the IT, energy, and biotechnology industries. She is also a private investor in the Polish startup Genegoggle, which is working on a selective therapy.


LinkedIn

More info

She held the position of International Scaling Director at a boutique investment fund. Beata oversaw the implementation of projects by portfolio companies, represented the fund as a board member of selected companies, and built growth strategies in foreign markets.

She manages projects related to business development, internationalization, market entry strategy, and fund acquisition. She is skilled in developing expansion strategies and partner channels.

Beata also has extensive knowledge of energy transformation in Poland. She has managed various projects, including land management software development for energy and utility companies, currently being implemented at Veolia Poland.
Based in London, Beata represents East Analytics as Director of the Energy and Investments Divisions.


What We Do



Identifying Technology Partners


Selecting Partners for PPP


Understanding Market and Regulation


Securing Financing for Projects



We advise on technology transfer, that is, the transfer of technological solutions and know-how, which will accelerate the pace of work on any project. Understanding the state-of-the-art approach to developing distributed resources is instrumental in planning strategies and creating business frameworks for ventures in the energy market.




We facilitate networking for diverse and extensive Public-Private Partnership (PPP) project implementation in the energy sector. We have an established network of contacts, enabling the rapid start of deployment of a given project and optimizing the time frame for its implementation.




We assist in gaining an in-depth knowledge of the market environment and regulatory framework related to project implementation in the energy industry. Understanding the business and regulatory setting significantly minimizes investment risks and enables seamless planning of subsequent activities.




We provide comprehensive support in raising funds to finance projects in the energy market, regardless of the scale of the venture. Securing financial liquidity strengthens business credibility, ensures continuity of project implementation, and makes it possible to meet obligations in terms of timely execution.



Our Support


We will support your company in managing the challenges. We will help streamline your business model and identify companies that will deliver new technologies. We will back your employees in developing new skills. We will show you how to succeed in the high-tech energy sector.



We focus on



01

Photovoltaic and wind energy technologies



Photovoltaic and wind energy solutions enable the acquisition of energy from renewable resources. Solar and wind power play an essential role in the energy transformation and diversification of energy sources, which increases energy security. The generation potential of photovoltaic panels and wind turbines may be used by households and for industrial purposes. The ongoing technological improvement and refinement process of these devices, improving their efficiency, translates into a successive increase in the volume of electricity generated.



02

Energy storage facilities



Energy consumption and generation capacity must be balanced to secure an uninterrupted supply. Therefore, storing energy for later use is fundamental to ensuring energy security. Innovative energy storage facilities using large-sized batteries are increasingly being developed to achieve this goal. They provide sustainable, secure, and optimized energy distribution in the public grid. The ongoing research will further enhance such facilities and energy storage methods in conjunction with renewable energy resources to accelerate the energy transformation.



03

Hydrogen



Hydrogen is the most abundant element in the universe. It is also one of the energy sources used to power vehicles, heat, and store renewable energy. Hydrogen is produced from fossil fuels mainly through steam reforming and water electrolysis. Production methods are color-coded. Thus, the most popular are green hydrogen and gray hydrogen. The large-scale use of hydrogen is one of the critical ways to achieve climate neutrality by 2050. Some countries have already begun deploying cutting-edge technologies to produce, store, and distribute hydrogen.



04

Biogas and biomethane



Biogas is a mixture of gasses that are produced by decomposing organic matter. It can be used to generate heat and electricity. Upgrading biogas and purifying it of carbon dioxide and sulfur compounds yields biomethane. Biogas and biomethane are vital to the comprehensive energy transformation process as renewable energy resources. Expanding the scale of their use will significantly accelerate the decarbonization of the entire energy sector. Global action of this kind will be relevant to the prospect of successfully combating climate change.



05

Small Modular Reactors (SMRs)



Small Modular Reactors (SMRs) are nuclear reactors with capacities of up to 300 MW(e) per unit that can generate a large volume of low-carbon electricity. They use nuclear fission to produce heat to generate power. It is possible to assemble them from components and transport them to the site or assemble them on-site. Small Modular Reactors have reduced fuel requirements compared to conventional plants, making them more economical for operations. They will be substantial for shifting the economy to a green growth trajectory in the coming years.


Commodity


We operate a network of reliable suppliers for fuel supply and energy trading/usage in a sustainable and optimized manner that maximizes the efficiency of wind and solar energy production.