Mobilize Climate Capital partners with creative Founders to mobilize climate solutions across a fragmented decarbonization value chain. With a unique experience in commodities and carbon markets, battery storage and renewables investments and with 4 startups under our belt, we are your fellow Founder, Operating Partner and Investor.Our deep markets and industry knowledge and your cutting-edge tech create a powerful combination to unlock new markets and revenue opportunities, the “multiplier effect”. With offices in New York and presence in Berlin, we invest from idea validation through Series B.

Headquartered in the U.S. and with operations in Central Eastern Europe, 3-D energy is a hybrid investor and developer in energy transition. Over the past 13 years, 3-D Energy's team has developed/ invested in +1.5 GW of renewables on two continents, North America and Europe, in all major renewable technologies (solar, wind, energy storage, hydro) and also has 4 startups under their belt on both sides of the Atlantic

At XVentum, we empower renewable energy project developers and investment funds who have a solar, storage and wind energy pipeline to digitise and grow easily with a cloud-based investment and project development B2B SaaS solution.Our enterprise software provides seamless data integration between your technical, commercial, and financial departments as well as data optimisation to automatically display outcome and have full control over your portfolio, with one click integrated reporting. Optimized portfolio risk returns becomes the new standard.Our software framework replaces out-dated excel spreadsheets and dramatically reduce planning effort right from the beginning to final investment decisionXVentum GmbH has its headquarters located in Cologne, Germanywww.xventum.com

Technical Lead of the Company, Turbine development, patent and production. Responsible for company Management strategy, International market entry and Investor communications.Budget and Resource PlanningWind Turbine Certification LeadA few supervised research studiesValidierung und Optimierung eines aeroelstischen Modells (HAWC2) einer Kleinwindenergieanlage mit passiven Pitchsystem durch Messdatenauswertung, 2019Autor: Felix LederleBetreuer: Prof. Dr.-Ing. Joachim Twele, Sudheesh SureshkumarHochschule für Technik und Wirtschaft BerlinVermeidung von Risiken durch Turmschwingungen und Rotorüberdrehzahl an einer Kleinwindenergieanlage, 2019Author: Andre KrügerBetreuer: Prof. Dr.-Ing. Marc Enzmann, Sudheesh SureshkumarPotentialanalyse der Umstellung der enbreeze 15kW von einer netzgekoppelten Anlage in eine in Inselnetze bzw. in Mikronetze integrierbare Anlage. 2019Author Fabian BehnkeBetreuer: Prof. Dr.-Ing. Robert Flassig, Sudheesh SureshkumarTechnische Hochschule BrandenburgUntersuchung von Errichtungssystemen für Klein-Windenergieanlagen nach Mobilitätskriterien und Lasteinwirkung auf Turm und Fundament und darauf aufbauende Erstellung einer Konstruktionsempfehlung, 2019Betreuer: Prof. Dr.Werner , Sudheesh SureshkumarHochschule für Technik und Wirtschaft Berlin

6 years experience with Design of wind turbines, Aeroelasticity and Multibody DynamicsProject and Resource Management.Research and Development Budgeting, funding proposals. Excited about aeroelastic structures, marine structures and sailing boats.Aeroelastic analysis and testing of a small wind turbine with thrust force-based passive pitch; 2018Autor: Josep Fernandez GausachBetreuer: Taeseong Kim, Robert Flemming Mikkelsen, Sudheesh SureshkumarForschungsinstitut / Universität: Technical University of Denmark, Department DTU Wind EnergyAnalytische und numerische Untersuchungen des Pitchsystems einer Kleinwindkraftanlage 2018Autor: Paul WulffBetreuer: Prof. Dr.-Ing. Utz von Wagner, Dr.-Ing. Holger Gödecker, Sudheesh SureshkumarForschungsinstitut / Universität: Technische Universität Berlin, Institut für Mechanik, Fachgebiet Mechatronische Maschinendynamik

Research on Aeroelasticity, wind turbine structural dynamics.- Responsible for patented pitch system design and Aeroelastic Load Calculations of 15 kW, 10 kW and 1.6 kW small wind turbine using HAWC2- Working on Design, Evaluation and Testing of patented enbreeze Pitch control system.-Stability analysis, identification of aeroservoelastic problems, aeroelastic flutter etc.-Modelling of Dynamic Systems, external DLL systems for integration with Aeroelastic codes.- Worked on the design of 4 stage CAM discs for variable gear ratio transfer for enbreeze pitch control systems in Scilab.-Structural modelling of composite systems, devised a specialized method for Beam modelling of enbreeze 10 KW composite blades.- Analyzing the low wind speed behaviour of small wind turbines, tuning of the control system for low wind speed behaviour- Beam modelling, Modal Analysis of composite blades and Tower.-Responsible for FEM calculation with ANSYS, CFD with CFX-Knowledge of HAWC2, FAST and Bladed GH, PreComp, BECAS, Airfoil2becas, NUMAD.-Scilab, Matlab, Delphi, PythonDynamics of a free yawing downwind wind turbine; 2016Author: Alexander von BreitenbachBetreuer: Prof. Dr.-Ing. C. O. Paschereit, Dr. C. N. Nayeri, David Marten, Sudheesh SureshkumarForschungsinstitut / Universität: Technische Universität Berlin, Institut für Strömungsmechanik und Technische Akustik

Horizontal axis wind turbines are subjected to various static and dynamic loads under different load situations. Aeroelastic modelling is used in wind turbines to couple the aerodynamic and structural loads acting on the turbine and to analyse the aeroelastic response.

Design of wind turbine Nacelle Frame and Tower top connectionsOptimising the passive yaw concept and effect of Yawing moment on yaw bearingFinite Element Calculations using ANSY including Non linear load simulations of structural components, bolted/ friction connections.Autodesk Inventor : CAD tool.