Smart Energy Management

Control CO2 emissions, cut energy costs and reach your sustainability goals

Build a more sustainable business

Driving economic and ecological sustainability

Climate change and sustainability are crucial priorities. You must reduce CO2 emissions, use less energy and water and keep waste to a minimum. With GFT solutions such as smart energy management and GreenCoding, sustainability becomes part of your strategy. You can move toward a business model that meets your long-term ecological and economic goals.

Why focus on energy first?

Energy is a major cost for all manufacturers. But it’s also an opportunity to optimize processes and adopt sustainable solutions. GFT can help you build a sustainable business case that offers a fast return and permanent savings. Our digital solutions harness IoT to transform energy management and promote sustainable practices throughout your corporate network.

Solution

How can you quantify your energy efficiency and CO2 emissions?

This image showcases a vast array of solar panels installed on a lush, green hillside, representing the concept of smart energy management and energy efficiency. The solar panels are strategically aligned to maximise sunlight capture, symbolising the use of renewable energy sources. The background features verdant fields and a winding road, further emphasising the harmony between advanced technology and the natural environment. This visual illustrates the integration of sustainable energy solutions in managing and reducing energy consumption, promoting a cleaner and more efficient energy future.

With Smart Energy Management.

Measure, monitor and analyze energy generation and consumption in real time.
Build a holistic, long-term view to gain crucial insights into energy use.

GFT energy management solution

Start monitoring your sustainability performance

This video showcases the SPHINX Open Energy Management Dashboard, a comprehensive tool designed to monitor and manage energy consumption and costs in a factory environment. The dashboard is displayed on a tablet, featuring a user-friendly interface with various metrics and graphs. Key metrics include average energy consumption, average energy cost, greenhouse gas emissions, current solar production, and fuel cell capacity. The video highlights the energy consumption overview graph, energy cost overview, and production overview, demonstrating how the SPHINX Open system provides real-time data to optimise energy usage and enhance efficiency in industrial operations. The dashboard also includes navigation options such as global settings, consumption details, cost analysis, carbon emissions, factory view, reports, and settings.

Cut costs, improve efficiency

Predict and optimize your energy consumption through real-time monitoring and control of energy processes.

Prevent energy fluctuations

Predict peak load scenarios and align your energy flows with the contractually agreed minimum power supply.

Control your CO2 emissions

Steer your business toward leadership in sustainability and clean energy with real-time visibility of key metrics and easy reporting.

Use cases

This teaser visual showcases a professional engaging with an advanced multi-screen digital interface, displaying intricate system diagrams and data flows. The image represents the use case of smart facility management, where technology is leveraged to monitor, control, and optimize facility operations. The visual emphasizes the integration of digital solutions in managing complex systems efficiently, illustrating the future of facility management in a highly connected and intelligent environment.

Intelligent facility management

Managing sustainability parameters in your facilities and plants in real time

Electricity, water, air, refrigeration and gases must be provided in compliance with applicable laws and regulations and in an economical and sustainable manner.

With connected facilities, you can detect deviations from the norm due to maintenance, usage or user behavior and react in real time. Our solution equips you to forecast scenarios and control your facilities autonomously, in line with your business and sustainability goals.

Interested in this use case? Get in touch with us.

Park and charge

Reliable charging infrastructure management for e-mobility services

Monitor, control and prioritize the distribution of available energy in your charging infrastructure to optimize cost and reliability for e-mobility services.

Energy peak management and forecasting models can be expanded for further optimization as well as time and cost savings.

Want to know more?

This visual highlights the concept of energy management through the depiction of an electric vehicle being charged at a charging station. The image focuses on the connection point where the charging cable is plugged into the vehicle, symbolizing the integration of sustainable energy solutions in modern transportation. It represents the advancements in energy management systems that facilitate efficient and eco-friendly electric vehicle charging infrastructure, contributing to a greener future.

Load management

Avoid load fluctuations and cut costs with intelligent energy management

Monitor, analyze, optimize and control your energy system in real time. The solution can also handle unexpected events with no reduction in efficiency. With optimization algorithms you can avoid peak loads and unnecessary CO2 emissions, while reducing costs permanently. Load management makes optimal energy procurement and minimal CO2 emissions part of your business strategy.

Let’s talk about your energy efficiency

Together we improve your energy management

Contact

Success story

Avoiding costly peaks in demand

Energy prices continue to rise and peak loads can quickly become a very expensive headache. For a company, exceeding contractually agreed base loads by just a single megawatt can drive up electricity costs by a six-figure number.

A step-by-step approach

Take energy management to the next level

Step 1

Monitor and analyze

Connect consumers and producers to build a real-time picture of your energy data and CO2 emissions. Find opportunities to save and act quickly.

Step 2

Predict and prescribe

Use historical data to understand your energy consumption patterns over time. Discover when and why fluctuations occur. Take action to align energy consumption with supply and eliminate avoidable costs.

Step 3

Optimize and control

Automate energy management. With business rules in place, your energy management system can run autonomously. Relax in the knowledge that your consumption is optimized to minimize costs and environmental impact.

“Our three-stage approach offers a practical way to optimize and automate energy management. At each stage, you have an opportunity to collate more energy data and review progress. Once the system is up and running, it can be fully automated, giving you freedom to focus on other opportunities.””

Kathrin Günther

COO GFT Software Solutions

GFT Technologies SE