PHOTOVOLTAICS FOR HOME

Storing or feeding in?


The sun as a source of electricity at home. Produce and store the electricity where it is consumed. Full feed-in to the public grid, is also an opportunity for the environment. We would be happy to analyze what exactly is the best option for you and how the economic efficiency changes in the process. During this process, we review local and federal subsidies and explain the current situation of the Renewable Energy Sources Act (Erneuerbare-Energien-Gesetzes [EEG]).

INDEPENDENCE CALCULATION


90% self-sufficiency is your goal?

 

What is the contribution of PV systems and storage to the power supply of homes?

With an independence calculation you can estimate the 'degree of self-sufficiency' and the self-consumption share. The following factors are relevant:

  • Your annual electricity consumption
  • Photovoltaic power of the planned PV system
  • Usable storage capacity of the battery storage system

 

PHOTOVOLTAICS FOR BUSINESSES

What is economical?


You as a company, want to help to drive forward the energy transition? Here, too, the question is whether to choose between full feed-in or a self-consumption surplus plant? Or perhaps even combine both options in one investment. In the field of project planning, it depends strongly on the company itself which way will work out the best. Factors such as consumption, possible areas for the PV system and future energy developments of the company are key drivers in the economic consideration. The constantly changing developments of the Renewable Energy Sources Act (Erneuerbare-Energien-Gesetzes [EEG]) must always be included in the decision.

COMPETITIVENESS


X-Times Improved:

 

  • Increase of return on Investment through cost reduction
  • Increased independence (electricity price increases, security in the event of grid failures)
  • Positive corporate image (corporate behavior and corporate communication) - Sustainability signal
  • Long-term investment (line guarantee of module manufacturers approx. 25 years)

PV system depreciation for businesses:

  • Investment deduction (1-3 years prior to acquisition and max. up to 40%, anticipated acquisition or production cost of a movable depreciable asset).
  • Straight-line depreciation (apportionment of the purchase price of an asset to its useful life. According to the Afa (allowance for depreciation), the useful life of a photovoltaic system is 20 years àh. 1/20 of the purchase price deductible per year).
  • Special depreciation (20% of the purchase price of a movable, depreciable asset can be claimed by SMEs as special depreciation immediately or up to four years after acquisition. The distribution of the 20% can be freely chosen). Important Special depreciation allowances are subject to conditions.