Reduction of energy consumption
Reduce greenhouse gas emissions and operational costs. Comply with stringent environmental regulations and meet sustainability goals. Discover strategies for carbon footprint reduction, eco-friendly practices, green technology, and improving corporate social responsibility (CSR). Prioritize sustainability and energy efficiency.
Put your energy data in context
Presentation
How to reduce energy consumption and CO2 emissions?
In the context of a growing awareness of environmental issues, Europe has implemented ambitious regulations to reduce the carbon footprint of buildings and industrial equipment. AVEVA industrial software will enable precise, real-time measurement of energy consumption data, contextualize equipment data with production data, and provide an overview that facilitates decision-making to achieve decarbonization goals. Address the challenges facing you now:
- Reduce energy spend
- Simplify and standardize the energy management process
- Help lower carbon footprint
- Increase operational efficiency
- Reduce production downtime
- Improve equipment performance
Building energy consumption
Optimizing building energy consumption with AVEVA
The EU mandates reductions in energy consumption and emissions for buildings, with penalties for non-compliance. Although systems may be complex and data dispersed, AVEVA software will allow you to access advanced data management and optimization tools, crucial for reducing costs, environmental impact, and improving building comfort.
Our supervisors access all systems from a central location and optimize them through the AVEVA platform.
Equipment energy consumption
Optimizing equipment energy consumption
Reduce costs and increase competitiveness. These are key issues for plants. Optimizing the energy consumption of industrial equipment goes beyond just an ecological practice; it's an economic and operational necessity. By reducing energy demand, companies can not only cut production costs but also boost their competitiveness in the market. Moreover, this optimization contributes to environmental sustainability, reducing the company's carbon footprint and its dependence on energy resources.
In the last five years, the use of real-time data and the AVEVA PI System has become increasingly integral to our operations and our goals.
Manage your energy consumption
Measure
Instrument your equipment, centralize data, alert teams.
Contextualize
Contextualize energy consumption with production data and optimize processes.
Decarbonize
Leverage centralized data to meet objectives.
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They talk about us
Discover all the success stories
They have optimized their energy consumption
“The project is going to get us a long way toward the goal. We’re using the AVEVA PI System for improved capacity planning; gathering all this data and creating baselines eventually empowers us to design our systems better. We’ve achieved some of the more obvious efficiencies, but to reach our 2025 goal we need to go deeper. That increasingly requires things like user engagement, campus engagement, and optimization. In the last five years, the use of real-time data and the AVEVA PI System has become increasingly integral to our operations and our goals.”
David Trombly
Senior Engineering Supervisor, UC Davis
“As our regional supervisors can now access all heating systems from a central location, they will be able to successively optimize the systems one by one. Optimum efficiency of a heating system is only achieved after a few months of careful adjustments. This level of optimized operation
can cut energy consumption by around 15 to 18 percent.”
can cut energy consumption by around 15 to 18 percent.”
Rüdiger Heinenbruch
Technical Operations Manager, Immobilien Bremen
Supervisory & Control: Latest News
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