Stationary energy solutions for renewable energies

For the increase of self-consumption of electrical energy sources from on-grid renewable applications as well as for the development of off-grid power supplies and backup emergency power source.

Find out more
sun
Applications
trak
grid
sun
rail

Renewable energy storage systems from HOPPECKE are the perfect way for businesses and communities to ensure secure and reliable power supply at all times

HOPPECKE's sun portfolio allows you to create your own private on or off grid power supply, making worries about energy prices and power cuts a thing of the past. Thanks to the green energy you produce, you'll also be doing your bit for the environment.

As the use of renewable energy increases, so too does the importance of energy storage systems. Agriculture, commercial properties or businesses can use these systems to store solar energy so you can use it whenever required. You save money and are fully independent of the grid. From lead-acid to lithium, HOPPECKE provides all common energy storage technologies. We have the solution that is right for you, and will be happy to answer your questions.

competence portfolio sun

Here please find the HOPPECKE sun highlights.

Take advantage of our innovations.


Learn more

Experience our wide range of solutions for:

Self-energy consumption

  • Cities, communities and municipalities 
  • Small businesses
  • Industry
  • Agricultural businesses

Off-grid power supply

  • Village power and school supply
  • Health care stations
  • Safety lighting
  • Technical equipment
close

Applications & Product Portfolio

Please select an application area or a desired product specification

Applications

trak
grid
sun
rail

Product Portfolio

power‑line
combiner‑line
service‑line
systemizer
optimizer
ecomizer

trak

Mobile energy solutions for the supply of the traction of devices, machines and vehicles used for transporting goods and tool as well as persons. (Exception railway and metro systems, see rail).

Stationary energy solutions for ensuring the supply quality of electrical supply grids, for securing the power supply of systems in case of malfunctions or failures in the grid, for the operation of emergency power lighting systems as well as for starting (emergency power) generators.

Stationary energy solutions for the increase of the self-usage of electrical energy from renewable energy sources in on-grid applications as well as for the development of off-grid power supplies.

Mobile energy solutions for securing the on-board electrical system of railway and metro systems, for starting diesel engines as well as for the electrical drive of traction engines.

power: energy storage technologies in the form of cells, blocks and modules
powerpack: Battery units incl. necessary accessories such as supports, connectors, plug connector system, end cable, etc.

Components from the fields: battery accessories (e.g. electrolyte level measurement and electrolyte circulation, recombiners), energy converters (e.g. charging devices, energy supply units), battery handling (e.g. racks, changing system) monitoring and management (e.g. data recording, battery and energy management)

The range of service includes demand-oriented offers such as spare parts, repairs, tests, revisions and maintenances. Other customer-specific services are proactive and preventive maintenance contracts as well as consulting and training. Full-Service models and technical system management.

Energy systems consist of perfectly coordinated energy storage devices and added-value generating components. The core element, which is typical for an energy system, is the project and engineering service of HOPPECKE, which makes a system both customer-oriented and of higher quality.

Full-Service solutions include the entire product and service portfolio of energy systems (such as remote maintenance contracts and operator models). Extendable by financing solutions (such as rent or leasing)

Energy service solutions based on contracting models (such as usage- or provision-based billing of energy systems)