erio Energy Management develops comprehensive energy efficiency concepts. Its sustainable concepts are based on three components: Energy efficiency, Implementation support and trainings. As a central part erio provides strategies and solutions to enhance Energy Efficiency in the areas of: energy-, procurement, -distribution, -consumption and -generation (e4). It also supports companies introducing Energy Management Systems based on DIN EN ISO 50001. Furthermore erio conducts training sessions designed to make energy efficiency a common goal rather than a directive. Erio’s energy concepts promote sustainable efficiency for companies regardless of their size and budget.
erio Energy Management
Products
comprehensive and independent Energy Efficiency Concepts
References
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APE
To boost energy efficiency, various scenarios were developed with diverse levels of investment and amortisation periods. A relatively inexpensive solution was favoured that allowed energy consumption to be reduced by around one third. This involved, among other things, demand-oriented heating control, upgrading the lighting system and the introduction of a power management system to reduce power consumption in stand-by mode. Through the resulting dynamic and individual air-conditioning of production rooms, the overall energy consumption of the ventilation and air conditioning system could be reduced by around 30%. Energy efficiency measures - Energy efficient and demand-oriented lighting - Demand-oriented heating control - Introduction of IT power management - Measurement, control and regulation technology for optimised control of HVAC systems
- Country
- Germany
- Year
- 2013
MX Composys
MX Composys is a supplier of plastic components for car manufactures.
EDEKA
EDEKA is big Super Market Chain based on a franchise structure
Landhotel Kiebitzort
The hotel is regional wide known for its sustainilbility philosophy Case Study: LANDHOTEL KIEBITZORT erio achieves savings of 39%. erío developed a comprehensive package of measures for the hotel to reduce energy consumption and CO2 emissions. Overall, 39% of energy costs could be saved in this manner. Project description Landhotel Kiebitzort could take advantage of funding available in the “Energy Consultation for Small and Medium-sized Firms” (“Energieberatung Mittelstand”) programme of the German KfW development bank. This meant that the KfW covered 60% of the detailed consultation costs and 80% of the initial consultation costs. The energy efficiency concept was to particularly look into optimisation potentials in the energy-intensive areas of heating, water and lighting. The company specified a cap on the amortisation period of two years. In addition, the viability of implementing ones own power generation systems was to be assessed while bearing the seasonal nature of the business in mind. Measure & results Taking the prescribed maximum timeframe of two years for amortisation into account, seven energy saving measures were developed of which four could be immediately implemented due to their low level of investment. To become less dependent on increases in energy prices in the medium term, the perspective of successively changing to renewable energy was recommended. The deployment of solar cells, solar thermal power and the acquisition of a combined heat and power plant were discussed with the client and potential partners.
Further information
Type of Business
- Recycling services,
- Consulting,
- Contracting,
- Engineering,
- Installation,
- Financing,
- Project development,
- Marketing / PR,
- Education / training,
- Architecture / planning
Technology
- Sustainable building systems:
- Smart home systems
- Energy efficiency in industry and trade: electricity sector:
- Air compressor technology,
- Air dryer technology,
- Air filter technology,
- Condensate treatment technology,
- Converter technology,
- Receiver technology,
- Electrical and electronic engineering,
- Electrical and mechanical drive engineering,
- Instrumentation and control engineering,
- HVAC control systems (heating, ventilation and air conditioning),
- Intelligent process controlling systems,
- Plant monitoring systems
- Energy efficiency in industry and trade: heating and cooling sectors:
- Aircooled /watercooled chillers,
- Condensors and evaporators,
- Cooling towers,
- Heat exchanger technology,
- HVAC technologies (heating, ventilation and air conditioning),
- Ice bank technology,
- Industrial heat pump technology,
- Refrigeration plant technology and equipment,
- Heat exchanger technology,
- Hot water boiler technology,
- Industrial heat pump technology,
- Screw-type steam engine technology,
- Steam boiler technology,
- Steam turbine technology
- Combined heating, cooling and electricity generation:
- Biomass cogeneration (CHP),
- Cogeneration /combined Heat and Power (CHP),
- Geothermal heat and power (CHP),
- Organic rankine cycle technology
- Industrial and private heating and cooling:
- Pump technology,
- Absorbtion chillers,
- Concentrated solar thermal systems,
- Solar thermal systems (large-scale),
- Stirling engine technology
- Power grids:
- Inverter technology,
- Network control technology
- Sector Coupling Technologies:
- Power-to-gas technology
- Storage technologies in the electricity sector:
- Large battery systems,
- Small battery systems
- Building envelope:
- Insulation,
- Doors & Windows
- Technical building equipment:
- Industrial lighting,
- Interior lighting,
- Street and outdoor lighting,
- Displays/big screens
Classification
- Energy efficiency in industry and commerce:
- Industrial production: energy efficiency