Reliability asset management.

Balancing performance, cost and risk for sustainable energy systems

reliability asset management

Managing generation and T&D assets for improved reliability has become an increasingly critical issue – driven by pressure to improve service, regulatory demands, continuously aging assets, and the pressure to reduce costs.

 

The challenge is maximizing use and performance of energy infrastructure assets while also ensuring quality and reliability.

 

Successful asset management requires identifying appropriate targets and making resource and equipment decisions based on in-depth analysis and evaluation of asset-level data. And asset-level decisions need to be made in alignment with corporate business objectives -- balancing performance, cost, and risk.

 

Comprehensive insight into balancing technical and business challenges

Effective asset management requires a comprehensive understanding of both the technical and the business challenges utilities face.

 

KEMA approaches asset management from both a business and technical perspective that links corporate objectives and utilities' operational objectives with customer expectations, regulatory requirements, financial objectives and other stakeholder goals.

 

Our systematic consulting methodology includes:

  • developing an in-depth understanding of client business goals and asset base

  • analyzing and ranking alternative measures

  • developing an implementation plan to achieve maximum benefits from your existing infrastructure components and overall system.

Optimizing return on investments for greatest stakeholder value

With over 80 years as an independent, unbiased strategic partner to the energy and utility industry, we help clients manage assets for performance, costs and risk mitigation and achieve the greatest possible return on investments.

 

We approach asset management both an engineering and management perspective to the issues affecting asset optimization—addressing the full life-cycle of infrastructure assets. The result is that investment decisions will now deliver the greatest stakeholder value from the available budgets.

 

Our approach has proven to be effective to help our clients:

  • identify efficiency gains

  • reduce spending

  • improve maintenance programs and replacement strategies

  • extend asset life

  • manage risks across the company at various levels of detail

  • provide transparent expenditure justification required by the regulator.   

More information.

 
Smart grid.
Smart grid.

Connecting technologies for an intelligent utility future

System operation and control.
System operation and control.

Enabling mission-critical activities for a reliable, secure power grid

High-Power laboratory.
High-Power laboratory.

The KEMA High-Power Laboratory is a well-known independent laboratory for testing and certification of medium and high voltage components used in the electrical infrastructure.

High-Voltage laboratory.
High-Voltage laboratory.

The KEMA High-Voltage Laboratory is a well-known independent laboratory for testing and certification of medium and high voltage components used in the electrical infrastructure.

Flex Power Grid laboratory.
Flex Power Grid laboratory.

The Flex Power Grid Laboratory is the ideal test environment to develope and perform state-of-the-art test under controlled conditions for grid operators, manufacturers, researchers and students.

Energy storage policy issues.
Energy storage policy issues.

Addressing barriers to adoption of storage by the electric energy industry