BIOENERGY FROM FINNISH FORESTS

whitePaper | May 17, 2022

The Paris Agreementnobjectives can be met through a global transformation of the energy system towards clean energy This requires significant scaling-up of renewable energydeployment, enhanced energy efficiency, and electrification of enduse sectors

whitePaper | April 21, 2021

The White Paper analyses the potential for offshore wind energy development in Ukraine, as well as the use of wind energy for the production of green hydrogen. The authors have presented convincing arguments in favor of the development of this energy sector and have suggested relevant changes to the Ukrainian legislation to facilitate investments in offshore wind energy and production of "green" hydrogen.

whitePaper | July 3, 2023

Trust and integrity are at the core of human interactions and relationships, and business is no different. As stewards of the corporation, boards of directors have a crucial role in building and maintaining trust.

whitePaper | January 23, 2023

Since its inception in the 1980s, the wind industry has established itself as a critical source of clean, renewable energy – a role it must maintain into the future. Going forward, the continued growth of the global wind industry will prove ever more important, with DNV estimating that 5.6 terawatts of onshore wind energy and nearly three terawatts of offshore wind must be generated to achieve a “pathway to net zero” scenario by 2050

whitePaper | December 14, 2022

As electric vehicles have rapidly matured, certain features that were never necessary for internal combustion engines have become critical to EVs’ operation: a power distribution unit; a battery disconnect unit; an electric vehicle supply equipment (EVSE) controller; a battery management system; an onboard charger; a DC-to-DC converter. The trend is reminiscent of the growth in internal combustion engines’ electrical/ electronic architectures, where each feature required an electronic control unit — a separate box that took up precious space within a vehicle chassis. Every box needed its own software, its own connectors and its own housings, all of which resulted in added complexity and cost.

whitePaper | January 12, 2023

Decarbonization coupled with the rise of renewables and government mandates have put pressure on utilities to diversify their energy sources. As federal investments in renewable infrastructure increase and the dynamics in energy market policies change, utilities are poised to incorporate distributed energy resources (DERs) onto their grids like never before. The combination of Federal Energy Regulatory Commission (FERC) orders 841 and 2222 and the Institute of Electrical and Electronic Engineers (IEEE) standards 1547 (2018) and 2030 (2011) stand as powerful enablers to create smart infrastructure to better balance and manage the grid of the future.