Kurt Baes
Kurt advises energy, utility, aerospace, automotive and manufacturing companies on performance improvement, growth strategy, and large organizational transformation.
Areas of Focus
Education
Cornell University (NY, USA)
Master of Business Administration
K.U.Leuven (Belgium)
Master of Science in Applied Economics
Past Experience
Volvo
Various intern positions
Kurt is Managing Partner, leading Arthur D. Little in Belgium and Luxembourg and based in Brussels, with over 20 years of strategy consulting experience. He has lived and worked in Europe, Asia and North America. He is the local leader of various industry (Oil & Gas, Utilities & Alternative Energy, Automotive, Industrial Goods & Services) and functional (Performance) practices. He also heads our Global Competence Center Leader for Energy Transmission.
Kurt serves a broad range of Energy & Utility players and their suppliers in international assignments, such as:
- Strategy and business planning
- Global organization redesign
- Operational excellence/performance boosting
- Large capital projects & programs
- Engineering management
- Risk and portfolio management
- Asset management
Kurt advises large and mid-size global clients in the automotive and manufacturing industries (aerospace, construction, electronics) on assignments such as:
- Strategy and business planning
- Market analysis and entry strategy, including transaction support
- Industrial reorganization and operations turnaround
- Performance improvement
In addition, he advises in the area of Operations Management in international context cross-industry, covering Sourcing, Manufacturing, Supply Chain Management, and overall Performance Improvement.
Accelerating building energy efficiency
Current approaches and mechanisms are not sufficient to deliver on the European “Renovation Wave” ambitions. There needs to be a paradigm change to deliver value and leverage innovative private funding on top of sector subsidies. This Viewpoint puts the stakes and challenges in perspective and provides concrete recommendations to improve training, ecosystem development, sales approaches, innovation funding, and monitoring the results of individual homeowner choices, some of which can also be applicable to industrial and commercial segments.
The buzz about energy data & where to find it
Facilitating cross-sectoral exchange of energy data
How data sharing is essential to deliver industry-wide transformation
Industries from energy to healthcare are facing up to transformational change. This is driven by several factors: a need for greater sustainability, reinforced by regulation; changes in consumer needs and behaviors requiring greater flexibility and customer-centricity; and technological development, especially digital and automation. Current geopolitical and economic trends affecting energy prices, supply chains and inflation are acting as a further driver.
Powering India’s energy vision 2030
An integrated transformation blueprint for energy independence
Disruption is now
How decarbonization, decentralization, and digitalization transform the energy and resources sector
Appetite for disruption – Making the most of the future of food
Being the leader of a global food and beverage business has been anything but easy over recent years. Going back a decade, the industry had a reputation for being fairly stable and conservative, dominated by a limited number of global brands that delivered steady growth and margins. Since then, the industry has been shaken by a succession of disruptions, including sluggish demand for traditional core products, rapidly changing consumer patterns and preferences, accelerating technological developments, and evolving attitudes towards the environmental and social impacts of food production.
Sustainability in the supply chain: The risks and the rewards
Supply chain sustainability risk management
Industrial energy management
With sustainability commitments on the horizon, how can industrial companies reach their targets cost-effectively?
Distributed flexibility: The next pool of value
Enabled by easier energy market access and simpler end-user solutions, distributed flexibility is the next pool of value for energy players
Energy retailers: Facing the toughest transition in the energy sector
Energy retailers in Europe need to leverage an increasingly open energy ecosystem to differentiate and stay competitive
What’s next for TSOs?
Within the energy ecosystem, the transition towards a more sustainable future mostly materializes through rapid increases in renewable energy sources, distributed generation and energy storage at large. The increasing share of intermittent generation sources is redefining the rules of the game – roles and accountability within the energy value chain are turned upside down.
Flexibility services: Catch me if you can!
As utilities are exposed to bigger risks of supply-and-demand imbalance fueled by unpredictable, intermittent generation sources, they are searching for flexibility solutions to offset their open positions. In this market context, energy aggregators have emerged, and are taking an increasingly important role in optimizing electricity generation and demand volatility by providing the needed flexibility. Meanwhile, multiple traditional (integrated) utilities have developed similar demandside response (DSR) solutions and even acquired aggregators altogether.
Future of batteries
Battery technologies are central to delivering significant advances in a wide range of industries, from electric vehicles to renewable power. This has catapulted battery technology to the top of the priority list for many players, leading to a huge boom in investment, as companies try to build key positions in the market.
Virtual Power Plants – At the heart of the energy transition
Energy utilities are evolving towards greater reliance on flexibility to respond to an increasing supply-and-demand imbalance. In that context, the role of aggregators has become predominant in optimizing electricity generation and demand through virtual power plants (VPPs) and complementing traditional power plants in the provision of flexibility.
Battery Storage: Still Too Early?
Renewable energy deployment over the last decades has posed unprecedented challenges for the planning and operation of power systems. In the context of increasingly decentralized and intermittent generation, power utilities1 and system operators need to rethink their portfolios, business models and positions in the market in order to be resilient to these changes and benefit from them.
Demand Side Management
In times of energy transition, when intermittent decentralized generation is on the rise and large traditional generation assets are retiring, electricity systems increasingly need flexible solutions to ensure security of supply.
Aerospace Supplier Squeeze – Ways Out?
This guest blog post at Aerospace Diary, an online forum for aerospace professionals, is based on Arthur D. Little's Viewpoint that takes the same title. The aerospace and defense (A&D) industry today struggles with a duality: defense-driven segments are taking hits due to significant governmental budget cuts, while commercial aircraft manufacturing enjoys double-digit growth.
Maximize value from quality-testing operations:
Quality testing in F&B is business critical to ensure consistent good end-product quality and protect the corporate brand. However, despite significant budgets spent, there is often limited clarity and transparency about the incurred costs and operational performance of their testing laboratories. Typically, over 90% of routine testing lead times are “non-value adding” and up to 20% of the staff in quality-testing laboratories could be smartly reallocated by redefining the organizational setup, refocusing activities and redefining key processes.
Keeping the lights on
Triggered by higher volatility in both supply and demand, the need for balancing services in high-voltage electricity networks is increasing. How can transmission system operators, traditional energy players and potential new entrants generate business value from this growing opportunity?
Agility in managing electricity grids: The case for batteries
The rise in renewable energy has created unprecedented challenges for the planning and operation of an electricity grid that was built on the assumption of power being provided predominantly by large, centralized generation sources and consumed as soon as it is produced. As a means of addressing these challenges, batterystorage technologies are therefore attracting great interest, and this article looks at their future role and the drivers and barriers to their greater adoption in major markets.
Balancing the positives and negatives – The rise of the battery ecosystem
Expanding markets such as electric vehicles, renewable energy storage and consumer electronics are driving enormous interest and investment in the battery sector, from both incumbents and new players. Based on a new ADL study, this article explores the drivers, challenges and likely outcomes in the market, providing key lessons to inform future strategies.
Kurt is Managing Partner, leading Arthur D. Little in Belgium and Luxembourg and based in Brussels, with over 20 years of strategy consulting experience. He has lived and worked in Europe, Asia and North America. He is the local leader of various industry (Oil & Gas, Utilities & Alternative Energy, Automotive, Industrial Goods & Services) and functional (Performance) practices. He also heads our Global Competence Center Leader for Energy Transmission.
Kurt serves a broad range of Energy & Utility players and their suppliers in international assignments, such as:
- Strategy and business planning
- Global organization redesign
- Operational excellence/performance boosting
- Large capital projects & programs
- Engineering management
- Risk and portfolio management
- Asset management
Kurt advises large and mid-size global clients in the automotive and manufacturing industries (aerospace, construction, electronics) on assignments such as:
- Strategy and business planning
- Market analysis and entry strategy, including transaction support
- Industrial reorganization and operations turnaround
- Performance improvement
In addition, he advises in the area of Operations Management in international context cross-industry, covering Sourcing, Manufacturing, Supply Chain Management, and overall Performance Improvement.
Accelerating building energy efficiency
Current approaches and mechanisms are not sufficient to deliver on the European “Renovation Wave” ambitions. There needs to be a paradigm change to deliver value and leverage innovative private funding on top of sector subsidies. This Viewpoint puts the stakes and challenges in perspective and provides concrete recommendations to improve training, ecosystem development, sales approaches, innovation funding, and monitoring the results of individual homeowner choices, some of which can also be applicable to industrial and commercial segments.
The buzz about energy data & where to find it
Facilitating cross-sectoral exchange of energy data
How data sharing is essential to deliver industry-wide transformation
Industries from energy to healthcare are facing up to transformational change. This is driven by several factors: a need for greater sustainability, reinforced by regulation; changes in consumer needs and behaviors requiring greater flexibility and customer-centricity; and technological development, especially digital and automation. Current geopolitical and economic trends affecting energy prices, supply chains and inflation are acting as a further driver.
Powering India’s energy vision 2030
An integrated transformation blueprint for energy independence
Disruption is now
How decarbonization, decentralization, and digitalization transform the energy and resources sector
Appetite for disruption – Making the most of the future of food
Being the leader of a global food and beverage business has been anything but easy over recent years. Going back a decade, the industry had a reputation for being fairly stable and conservative, dominated by a limited number of global brands that delivered steady growth and margins. Since then, the industry has been shaken by a succession of disruptions, including sluggish demand for traditional core products, rapidly changing consumer patterns and preferences, accelerating technological developments, and evolving attitudes towards the environmental and social impacts of food production.
Sustainability in the supply chain: The risks and the rewards
Supply chain sustainability risk management
Industrial energy management
With sustainability commitments on the horizon, how can industrial companies reach their targets cost-effectively?
Distributed flexibility: The next pool of value
Enabled by easier energy market access and simpler end-user solutions, distributed flexibility is the next pool of value for energy players
Energy retailers: Facing the toughest transition in the energy sector
Energy retailers in Europe need to leverage an increasingly open energy ecosystem to differentiate and stay competitive
What’s next for TSOs?
Within the energy ecosystem, the transition towards a more sustainable future mostly materializes through rapid increases in renewable energy sources, distributed generation and energy storage at large. The increasing share of intermittent generation sources is redefining the rules of the game – roles and accountability within the energy value chain are turned upside down.
Flexibility services: Catch me if you can!
As utilities are exposed to bigger risks of supply-and-demand imbalance fueled by unpredictable, intermittent generation sources, they are searching for flexibility solutions to offset their open positions. In this market context, energy aggregators have emerged, and are taking an increasingly important role in optimizing electricity generation and demand volatility by providing the needed flexibility. Meanwhile, multiple traditional (integrated) utilities have developed similar demandside response (DSR) solutions and even acquired aggregators altogether.
Future of batteries
Battery technologies are central to delivering significant advances in a wide range of industries, from electric vehicles to renewable power. This has catapulted battery technology to the top of the priority list for many players, leading to a huge boom in investment, as companies try to build key positions in the market.
Virtual Power Plants – At the heart of the energy transition
Energy utilities are evolving towards greater reliance on flexibility to respond to an increasing supply-and-demand imbalance. In that context, the role of aggregators has become predominant in optimizing electricity generation and demand through virtual power plants (VPPs) and complementing traditional power plants in the provision of flexibility.
Battery Storage: Still Too Early?
Renewable energy deployment over the last decades has posed unprecedented challenges for the planning and operation of power systems. In the context of increasingly decentralized and intermittent generation, power utilities1 and system operators need to rethink their portfolios, business models and positions in the market in order to be resilient to these changes and benefit from them.
Demand Side Management
In times of energy transition, when intermittent decentralized generation is on the rise and large traditional generation assets are retiring, electricity systems increasingly need flexible solutions to ensure security of supply.
Aerospace Supplier Squeeze – Ways Out?
This guest blog post at Aerospace Diary, an online forum for aerospace professionals, is based on Arthur D. Little's Viewpoint that takes the same title. The aerospace and defense (A&D) industry today struggles with a duality: defense-driven segments are taking hits due to significant governmental budget cuts, while commercial aircraft manufacturing enjoys double-digit growth.
Maximize value from quality-testing operations:
Quality testing in F&B is business critical to ensure consistent good end-product quality and protect the corporate brand. However, despite significant budgets spent, there is often limited clarity and transparency about the incurred costs and operational performance of their testing laboratories. Typically, over 90% of routine testing lead times are “non-value adding” and up to 20% of the staff in quality-testing laboratories could be smartly reallocated by redefining the organizational setup, refocusing activities and redefining key processes.
Keeping the lights on
Triggered by higher volatility in both supply and demand, the need for balancing services in high-voltage electricity networks is increasing. How can transmission system operators, traditional energy players and potential new entrants generate business value from this growing opportunity?
Agility in managing electricity grids: The case for batteries
The rise in renewable energy has created unprecedented challenges for the planning and operation of an electricity grid that was built on the assumption of power being provided predominantly by large, centralized generation sources and consumed as soon as it is produced. As a means of addressing these challenges, batterystorage technologies are therefore attracting great interest, and this article looks at their future role and the drivers and barriers to their greater adoption in major markets.
Balancing the positives and negatives – The rise of the battery ecosystem
Expanding markets such as electric vehicles, renewable energy storage and consumer electronics are driving enormous interest and investment in the battery sector, from both incumbents and new players. Based on a new ADL study, this article explores the drivers, challenges and likely outcomes in the market, providing key lessons to inform future strategies.
More About Kurt
- Cornell University (NY, USA)Master of Business Administration
- K.U.Leuven (Belgium)Master of Science in Applied Economics
- VolvoVarious intern positions