Entertainment
More PV, Climate Change and Digitalisation All Require Green Electricity

PV systems can drive decarbonisation quickly and easily to meet climate targets faster.
Both global climate change and the steadily increasing demand for energy require swift intervention; we need to decarbonize more quickly. In Germany alone, the annual energy consumption of data centers exceeds 16 billion kWh. Globally, the rise of industrial IoT applications could consume up to 364 TWh (approximately 1.03%) of total energy by 2030 (source). To meet the growing energy demand and simultaneously stop decarbonization, the energy transition must be significantly accelerated.
As the European market leader in mounting solutions for photovoltaic systems, K2 Systems sees itself both capable and obligated to advance the generation of electricity from solar energy worldwide.
We also utlitize the power of modern data centers, as we are increasingly using more and more digital tools to assist planners and installers of PV systems. Thanks to our AI-supported software, the planning process is significantly simplified, and with the help of clever interfaces, it is further accelerated. Collaborations are also crucial´for us. Whether in the development of innovative and installation-friendly products or in the expansion of our digital services, we work closely with international partners. This exchange results in a level of expertise that a single company would find challenging to achieve on its own.
Let wisdom grow
It is precisely this expertise that we pass on. In our Resource Center – an interactive learning area – we are witnessing a rapid increase in knowledge-hungry participants. These PV enthusiasts are the ones we need to achieve climate goals. Given the shortage of skilled workers, it is necessary to train career changers and newcomers to plan and install numerous PV systems on roofs, building walls, and open spaces. Because these installations will be the ones generating the required kWh – and in a decentralized manner!
And that’s precisely our desire: a green energy supply in the hands of many people. And for that, everyone should be empowered to contribute independently and quickly. Thanks to free training sessions, webinars, and 24/7 support in our community, we are expanding the number of technically skilled installers worldwide.

Keeping an eye on the big picture.
Sustainable products must also be cleverly designed. Our versatile and compatible systems ensure quick and easy assembly, and are structured using modular principles. This approach facilitates simplified inventory management and reduces the flow of goods, which in turn conserves resources. And thanks to our sustainable supply chain comprised of medium-sized European companies, we proactively reduce CO2 emissions on the procurement side.
Researchers are warning of a sharp rise in energy consumption in data centres as a result of artificial intelligence (AI). “AI tools consume a lot of electricity, and the trend is rising,” said Ralf Herbrich, Managing Director of the Hasso Plattner Institute (HPI) in Potsdam and Head of the Artificial Intelligence and Sustainability department, to the dpa news agency. (Source)
It is clear that the expansion of renewable energies must be significantly accelerated and the global targets for the energy transition must be adjusted.
Our contribution from K2 Systems includes: our high-quality components that support the global PV market, intensive training and the provision of digital solutions. In this way, PV expansion can be driven forward quickly and sustainably worldwide.
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Entertainment
Catalysts of Change: Venture Capital in Shaping Global Innovation Ecosystems

Venture capital plays a pivotal role in steering the trajectory of transformative startups, shaping the dynamics of emerging ecosystems, and fostering innovation globally. We believe the next decade demands a shift in the approach of venture firms, moving beyond mere financial transactions to embrace collaboration with diverse stakeholders.
Venture capitalists can orchestrate a holistic approach by promoting collaboration and knowledge-sharing among entrepreneurs, investors, policymakers, and other key players. This interconnected strategy can not only nurture groundbreaking technologies but also create an environment conducive to innovation, driving economic growth and societal progress.
The economic and societal impact facilitated by venture capital and startups is substantial. Startup ecosystems contribute to economic growth through job creation, economic diversification, productivity, and competitiveness. Moreover, they can address critical challenges and enhance the quality of life, creating a ripple effect that propels communities toward a brighter future.
Venture capital’s transformative impact often extends beyond traditional investment strategies, particularly in developing startup ecosystems. Over a decade of investing and operating in these environments, we’ve observed that by empowering emerging markets, venture capitalists can generate alpha and unlock untapped potential.
Startups in these regions, often facing challenges in accessing conventional venture capital, can benefit from blended and catalytic capital, along with mentorship, education, skills development, and networking. This fusion of financial and non-financial support can effectively address hurdles and propel innovation in areas teeming with possibilities.
Despite their potential, emerging markets pose unique challenges for startups, including limited access to traditional venture capital, regulatory hurdles, and infrastructure gaps. Here, blended and catalytic capital tailored to the specific needs of these markets can be crucial in unlocking their immense potential.
Governments play a crucial role as catalysts for startup ecosystem development. Favorable policies, infrastructure investments, and talent development initiatives create an environment conducive to innovation and entrepreneurship. Collaboration between the public and private sectors, along with partnerships between venture capital firms, state-owned investors, and sovereign wealth funds, can set the stage for sustainable growth and development.
The startup flywheel, a self-reinforcing cycle of innovation, growth, and reinvestment in the ecosystem, gains momentum through venture capital. By supporting early-stage startups, venture capitalists set the stage for the creation of successful companies. These success stories may attract further investment and talent, fueling a perpetual cycle of innovation and growth across the broader ecosystem.

As billions of people come online and digitization efforts bring valuable technology to populations worldwide, we believe there is significant potential for growth. Through research, 500 Global has identified the “Rise 30” economies poised for growth that, combined, are expected to surpass each of the U.S. and China in GDP by 2027.
The Rise 30 economies, characterized by high growth rates, young populations, and access to the internet and mobile devices, present potential opportunities for meaningful returns and impact. The research aims to provide a roadmap for the venture community, governmental bodies, and policymakers to navigate the complexities of these largely untapped markets.
Embracing a holistic approach, fostering collaboration, and strategically investing in emerging markets can make us architects of change, contributing to a more equitable and prosperous future. In this collective endeavor, the synergy of various stakeholders propels the world toward a future where innovation knows no bounds.
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Entertainment
Why Challenger Technologies – a Climate Fix

TDK Ventures wields proactive investments in climate change
Global cooperation to address climate change may ebb and flow depending on evolving dynamics among major nations, but momentum is growing.
As 2023 drew to a close, COP28 grabbed the world’s attention with major milestones toward reducing our planet’s reliance on fossil fuels, punctuated by a historic commitment by nearly 200 nations. Over 190 countries have ratified the Paris agreement.
With all eyes on Davos, the 2024 World Economic Forum represents a must act opportunity for leading nations to drive further progress.
“Now more than ever, the world faces challenges that require a concentrated and collaborative effort,” said Nicolas Sauvage, President, TDK Ventures. “This is where entrepreneurs come in. They are providing innovation, but they need capital to scale and strong support to take solutions to commercial reality.”
Venture capital funding for climate tech is back. Corporate VCs also upped their game, and the right partner can add value beyond funding via product validation and access to early customers. For over 85 years, TDK has been dedicated to contributing to a better future and world through technologies, and TDK Ventures is helping to amplify that promise.
With private and public funding, developed nations can fund major progress such as rethinking the foundational materials technologies helping to address climate change, as well as the use of natural resources. For example, to help drive cleaner electrification worldwide, TDK Ventures backed pH7 Technologies, developer of a green solvent extraction process for copper, a critical metal for electrification. The firm also backed Divirod, a water risk intelligence platform for climate resiliency.
Scaling and commercializing climate tech startups is never easy. “While the world directs attention toward renewable energy and away from fossil fuels, it’s important to consider the complex geopolitical dynamics,” Sauvage added. “In an ideal globalized scenario, free flow of materials, energy and technologies across borders is envisioned. Today’s reality portrays a fragmented world with significant barriers to the exchange of essential elements.”
Sauvage points to a ray of hope in the form of ‘challenger technologies.’ “These ‘challenger technologies’ have substantial potential. With strategic financial backing from forward-thinking nations navigating the complexities of a fragmented global market, they not only stand to thrive but also hold the capacity to make significant contributions in addressing the ramifications of such fragmentation.”

Challenger technologies backed by TDK Ventures include Peak Energy, which is commercializing sodium-ion battery technology to serve growing market demand for energy storage, and Type One Energy, which is developing a continuous fusion power plant to produce affordable, clean energy and replace coal power plants.
“Meeting the intricate goals of energy transformation requires a unified global effort. Our climate crisis requires everyone – governments, corporations, entrepreneurs and citizens to change outcomes,” said Sauvage. “If these endeavors prove successful, in the next decade we could see a new landscape of scalable technologies—a potent arsenal to mitigate the climate crisis and usher in a sustainable era.”
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Entertainment
Unleashing the Power of a Simulation Culture

The concept of a simulation culture, which has long been harnessed by the tech industry, is now rapidly making its way into the mainstream business landscape. Simulation culture is an integral part of how high-performing teams find success. It is a philosophy of work, built on the idea that playing out scenarios, institutionalizing preparation, and role-playing future moves drives better decisions, improved ways of working, more profitable projects, higher win rates, closer client relationships and bottom-line growth.
Simulation culture has reached a critical point in its evolution because of the confluence of three factors. One is the explosive growth of artificial intelligence combined with high performance computing abilities which can now make simulation-based practices more immersive and accurate, and therefore more powerful.
The second is macroeconomics forcing more frequent and rapidly evolving business cycles that are demanding business model adaptability. The third is a disappointment in the impact of most training as not being relevant enough, nor real-time, nor at scale.
At BTS, our work with companies over the last thirty years has put us in a unique position to solve this challenge. From our origins in business simulation to our work today helping the world’s leading companies create change and transformation at scale, we understand what it takes to build a simulation culture and up the performance of teams every day.
Take our work with a global technology company. According to their EVP of Global Enablement, “We are a rapidly evolving, high-growth company. Our go-to-market strategy is always evolving. It’s critical that we bring our employees, in particular our customer-facing employees, along for the ride, in a meaningful and impactful way.”
The answer to this was simulations. Through simulations and micro-simulations, employees across the enterprise got to experience different perspectives on the various parts of the business. People from different departments got to try new things, test out creative ideas, and fine-tune potential decisions by accessing real-time data and adjusting their approaches in a safe environment.
We worked with the company to embed simulations in four key ways: to connect with customers; kick off a sales year; prepare leaders for taking on C-Suite roles and evolving the company; and provide real time wisdom sharing to embed the lessons learned at scale.
The impact has been revolutionary to enabling the company’s go-to-market transformation. Organizationally, the company has found that implementing a simulation culture has led to greater alignment. With over 70,000 team members, group simulations allowed coworkers to practice cross functional teaming, prepare for inevitable moments of tension on a big initiative, and inspire each other to act in a way aligned with delivering on the company’s promise.

In summary, the trends that have created the environment for the rise of simulation culture – AI, macroeconomic disruption, and the need to pivot and scale new ways of working, fast – are only going to continue to demand more of leaders and their organizations. We look forward to partnering to lead the way.
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