Energy Summit on the Draft for “EEG 2.0” Requires Biogas Plant Operators to Act Speedily
Mannheim, August 08, 2016
On July 8, 2016, the German Parliament adopted the amended Renewable Energies Act 2017 (EEG 2017). Subject to notification by the European Commission, the act will enter into force on January 1, 2017. One of the goals of the EEG 2017 is to promote the further expansion of renewable energies by increasing their share in the power generation from 32.5 percent in 2015 to 40 to 45 percent by 2025. On the other hand, the EEG 2017 supports the transition to competitive tendering of the subsidization.
So far, the legislator has subsidized the construction of wind, solar, hydropower, geothermal, and biomass plants with fixed rates. For this, every plant operator receives the subsidy rates per generated kWh of power as determined by the government. Furthermore, the network operators are required by law to buy eco-power from the plant owners and to feed it into the power grid preferentially. For this subsidization of eco-power, all power customers in Germany pay the so-called “EEG levy”, as every consumer can see in the power bill.
Meanwhile, renewable energies account for about one third of Germany’s power generation. However, the capacity increase has outpaced the development of the transmission networks that transport the power through Germany. The EEG reform is supposed to slow down the development of eco-power plants. At the same time, the steady increase of the EEG levy is to be reduced. For this reason, larger plants will no longer benefit from fixed rates.
Biogas Plant Géotexia, France
What about Larger Plants?
According to the amendment, the market is to make its choice on the basis of a competitive tendering procedure. The tender volume will be calculated so as to comply with the development corridor (renewable share of 40 to 45 percent in 2025). Larger plants with capacities of more than 750 kW (biomass plants from 150 kW) will no longer receive any fixed subsidies. From 2017, they will have to participate in a tendering procedure. This also applies to existing plants. Thus, contracts will be awarded to those eco-power plant operators who apply for the lowest subsidization. This subsidy rate will be paid for 20 years. Henceforth, about 80 percent of the power from new plants will be tendered in this way. This especially affects new hydropower, geothermal, landfill gas, sewage gas, and mine gas plants. At the recommendation of the Federal Council, the federal government is currently examining how tenders for biomass plants could be implemented in a meaningful way.
Transitional Regulations Require Plant Operators to Act Speedily
The existing government subsidy rates will continue to apply to plants that are approved by the end of 2016 and installed by the end of 2018. Until the end of 2018, biomass plants that are approved or licensed prior to January 1, 2017 can go live according to the rules of the previous EEG reform in 2014.
Flexibility Bonus
All operators of existing plants who are compensated according to the market premium model will continue to be entitled to the flexibility bonus (also called “flex bonus”). The purpose of the flexibility bonus is to increase the share of controllable, flexible power production in order to produce as much power as possible when the demand for power is high, but cannot be fully covered with renewable energies. The flex bonus financially supports plant operators after they have stepped up the installed capacity of their plants.
Operators are interested in flexible plant operation in order to ensure needs-oriented power supply and to increase the profitability of the biogas plant. Various factors related to the technology, business administration, energy policy, and legal aspects determine whether this objective can be reached.
MWM Offers Comprehensive Solutions for Distributed Energy Supply
As a competent partner, MWM assists plant operators with its extensive experience in the development and production of gas engines and power gensets for distributed energy supply. The models in the output range from 400 to 2,000 kWel fulfill the elevated requirements of a broad application spectrum and ensure efficiency, reliability, flexibility, environmental compatibility, low TCO, and high profitability. Apart from being more eco-friendly, the enhanced biogas variants of the gas engines are also more durable.
