Energy efficiency 2024

Due to the uncertain and constantly changing on energy market, manufacturing companies need a comprehensive energy audit. By preparing an energy study, we can guarantee the development of a long-term energy saving strategy. The study covers the examination of energy flows, the mapping of waste heat sources, the assessment of errors in energy distribution systems, the examination of the condition of distribution networks, and the determination of losses.

In the study we examine the possibility of operating centralized and decentralized heat sources and the integration of technological waste heat sources

Heat pumps, gas operated absorbers, adsorption cooling, condensation heat utilization and adiabatic cooling are also the subject of the study.

The examination is performed on 3 levels:

energy distribution system
examination of the energy efficiency of buildings
examination of the efficiency of devices and systems

The main focus examines the heating energy, but includes the comfort ventilation, comfort cooling and technological cooling systems.

The study covers the following disciplines:

heating,
cooling,
technological cooling,
ventilation,
steam systems,
compressors,
main electrical consumers
lighting modernization

After the due diligence, a general summary is prepared, introducing short-, medium- and long-term reconstruction plans.

An inspection of a larger factory takes approximately 3 months.

It consists of the following phases:

1. Data collection

Collection of operational data and operational experience going back 3 years
Collection of relevant architect, mechanical and electrical plans, information, manuals
Determination of cost bases (determination of gas, steam, electricity cost items), overview of basic energy carrier structure
Setting up energy flows, acquiring and building system diagrams
Analysis of relevant processes

2. Evaluation, preparation of a detailed study

Deep inspection of mechanical systems
Laying of primary focuses, mapping of possible waste heat sources
Analysis of energy distribution
End use/consumption analysis
Energy management
Examination of secondary consumers

3. Compilation of the general summary, the decision preparation study and the executive summary

Executive summary, which includes the tasks that can be performed in a list,
CAPEX and OPEX estimates of short-, medium- and long-term development opportunities, BMR calculations
Design recommendations

We also offer the executon design and permission of the selected systems, based on the study.

Innovative hall cooling technologies

Together with Oxyma Systems, we designed, developed and expanded the range of applicability of adiabatic cooling systems.

The systems are suitable for complete hall cooling, or even just for pre-cooling purposes, with minimal energy requirements, high efficiency, and quick payback.

Realized projects:

Certa Sátoraljaújhely
Knott Cegléd
Alkotás Point Irodaház Budapest
Interple Tárnok
Toyo Seat Százhalombatta
Ruag Eger
Claas Törökszentmiklós
Nestlé – Purina

Innovatív csarnok hűtési technológiák – 2021-2023

Do you need a team of experts?

Contact

Construction engineering design

Mrs. Éva Siket
+36-70-588-6008

Mr. Balázs Nyári
+36-20-480-9348

Email

siketeva@mepqkft.hu
nyaribalazs@mepqkft.hu

MEP Q Engineering Ltd.

Hungary, 1145 Budapest, Amerikai út 66.
Tax number: 12514658-2-42
Company registration number: 01-09-690178
Bank account number: 12011179-01480799-00100005