To support this approach, DMH offers complete, topic-specific kit solutions.

These kits, designed for use in secondary, technical, or vocational schools,

enable learners to connect theory with experimentation and applied learning.

• The coordinated content is supplied in durable and robust boxes.

• All experiments include comprehensive manuals and experiment guides.

• Each BOX, is designed for 4 to 5 students.

Our portfolio of fully equiped kits covers the following main areas:

Box 1 Biofuel-SET

• Biodiesel production, Alcohol fermentation, Distillation and production of Bioethanol, Ethanol fuels

Box 2 BioEnergy-SET

• Germination of plant seeds, Plant growth in a hydroculture, Consumption of water and nutrients,

  Aerobic degradation of biomass in a compost, Anaerobic degradation of biomass to form hydrogen,

  Anaerobic degradation of biomass to form methane

Box 3 Emobility-SET

• The BOX set allows analysis of various battery types (lead, NiMH, LiPo) and a PEM fuel cell,

  including internal resistance measurement, and provides always-ready batteries with

  the integrated charger for hands-on renewable energy training.

Box 4 EnergySave-SET

• Students first explore topics like global energy use, climate change,

  or household energy consumption.

• They conduct measurements—such as room climate, water, and energy

  use—to identify potential improvements.

• The solution includes over 16 experiments across key areas.

Box 5 Hydrogen H2O-SET

• Explore hydrogen technology with solar or mains-powered electrolysis.

• The new dismantlable 1 W fuel cell stack allows experiments on the full module or individual cells.

• Includes a wind machine and vehicle chassis for hands-on demonstrations.

Box 6 Hydropower-SET

• The complete kit combines qualitative introductory experiments with fundamental quantitative

  investigations into the physics of water turbines.

• Emphasizing real-world relevance, it includes multiple turbine types, ranging from a simple water

  wheel to a highly efficient modern Pelton turbine.

Box 7 BasicEnergy-SET

• Designed as an introduction set for Renewable Energies with more than 20 different

  experiments, and provides by qualitative and quantitative experiments an understanding

  of the topics photovoltaic, wind power, hydro power, electric mobility and fuel cells.

• With the enclosed Smart Control components, an innovative measuring and control system

  is available and all necessary accessories like power supply, cables and measuring devices

  are already included.

Box 8 Photovoltaics-SET

• The experiment set covers a broad range from the physical fundamentals of photovoltaics

  and the analysis of PV system components to the design of complex laboratory-scale PV systems.

• It is suitable for education and training of technicians, installers, sales personnel, and engineers,

  and includes more than 25 experiments.

Box 9 Smartgrid-SET

• This complete set enables the construction of a laboratory-scale smart grid with renewable

  energy sources.

• Different generation profiles can be selected to analyze their impact on system behavior.

  Various storage units and consumer loads allow the creation of multiple smart grid scenarios.

  All SmartControl components are included.

• The package features wind and solar power, a fuel cell, energy storage, and e-mobility components,

  providing a solid basis for fundamental smart grid experiments.

Box 10 Windenergy-SET

• This complete SET solution with more than 25 guided experiments supports learners in

  understanding the fundamental principles of wind energy.

• Using curriculum-based experiments, it systematically introduces the key concepts required

  to explain how wind power plants operate.

ADVANCED SOLUTIONS:

• Parabolic trough collector with solar tracking – Complete system

• Energy system for solar and wind power + Photovoltaic modules + Wind power plant, complete System

• Cooling with solar electricity