Poland needs 2 GW of new photovoltaic capacity annually - that's why prosumers should be supported
The government is announcing changes in the support system for prosumers. The combination of the current operational support scheme (a version net-metering, called “rebates”), subsidies in the form of the “Mój Prąd” program and tax credits resulted in rapid development of solar energy in Poland. Within a few years the installed capacity in micro-installations increased from 200 MW to 3.3 GW. Security of energy supply in the summer has strengthened, CO2 emissions have been reduced and the generation mix has become more diversified to some extent. Citizens have fallen in love with renewables for good. So what’s next?
Poland needs 2 GW of new photovoltaic capacity annually - that's why prosumers should be supported
The government is announcing changes in the support system for prosumers. The combination of the current operational support scheme (a version net-metering, called “rebates”), subsidies in the form of the “Mój Prąd” program and tax credits resulted in rapid development of solar energy in Poland. Within a few years the installed capacity in micro-installations increased from 200 MW to 3.3 GW. Security of energy supply in the summer has strengthened, CO2 emissions have been reduced and the generation mix has become more diversified to some extent. Citizens have fallen in love with renewables for good. So what’s next?
Heat electrification in Poland | The path to clean heat
Despite the government's declarations, progress in improving air quality in Poland has been poor. The rate of modernisation of buildings is slow, and public funds continue to support the replacement of old coal boilers with other coal-fired options, which other European countries have phased out. Meanwhile, a huge stream of European money will be flowing towards 'clean heat' in the coming years. In the newest analysis from the Forum Energii, we explain why it is worth betting on electrification of heating, identify which technologies have a future, and explore how this will affect the energy system.
Heat electrification in Poland | The path to clean heat
Despite the government's declarations, progress in improving air quality in Poland has been poor. The rate of modernisation of buildings is slow, and public funds continue to support the replacement of old coal boilers with other coal-fired options, which other European countries have phased out. Meanwhile, a huge stream of European money will be flowing towards 'clean heat' in the coming years. In the newest analysis from the Forum Energii, we explain why it is worth betting on electrification of heating, identify which technologies have a future, and explore how this will affect the energy system.
Poland has started phasing out coal. But while production is decreasing, CO2 emission allowances are becoming increasingly expensive. After 2025, when public support for outdated coal blocks runs out, energy companies will want to shut them down. With a decade, at least 10 GW of power may be lost from the Polish power system. How can this gap be filled?
Poland has started phasing out coal. But while production is decreasing, CO2 emission allowances are becoming increasingly expensive. After 2025, when public support for outdated coal blocks runs out, energy companies will want to shut them down. With a decade, at least 10 GW of power may be lost from the Polish power system. How can this gap be filled?
Energy sector integration | Key to becoming climate-neutral by 2050
The future energy mix will be dominated by renewable energy sources (RES) with zero production costs, such as wind farms and photovoltaics. The abundance of cheap electricity will allow for the replacement of fossil fuels, both in heating and transport sectors. Effective integration of these sectors, within one energy system, will also help to solve the problem of weather-dependent RES production.
Energy sector integration | Key to becoming climate-neutral by 2050
The future energy mix will be dominated by renewable energy sources (RES) with zero production costs, such as wind farms and photovoltaics. The abundance of cheap electricity will allow for the replacement of fossil fuels, both in heating and transport sectors. Effective integration of these sectors, within one energy system, will also help to solve the problem of weather-dependent RES production.
Poland: climate neutrality by 2050. Electrification and sector coupling
Electrification sets the direction of inevitable changes in many areas of our lives, including transport and heating. This direction will force a closer cooperation of various sectors of the economy with the future, completely different from today's power system. The integration of three industries — transportation, heat, and power generation— is the new concept for the operation of the entire energy sector. What can it look like in 2050? How will the necessary changes bring Poland closer to the goal of climate neutrality? Forum Energii in the new analysis convinces that a good strategy of sector coupling is a benefit for the Polish economy and society.
Poland: climate neutrality by 2050. Electrification and sector coupling
Electrification sets the direction of inevitable changes in many areas of our lives, including transport and heating. This direction will force a closer cooperation of various sectors of the economy with the future, completely different from today's power system. The integration of three industries — transportation, heat, and power generation— is the new concept for the operation of the entire energy sector. What can it look like in 2050? How will the necessary changes bring Poland closer to the goal of climate neutrality? Forum Energii in the new analysis convinces that a good strategy of sector coupling is a benefit for the Polish economy and society.
Will the coronavirus slow down or speed up the low carbon energy transition in Poland?
The world is in chaos. The priority is to stop the spread of the virus and contain the crisis. A stable energy supply is crucial - it's hard to imagine what would happen if there was no power or heat supply now. The million dollar question however, how will the current crisis affect the energy transformation in the long term?
Will the coronavirus slow down or speed up the low carbon energy transition in Poland?
The world is in chaos. The priority is to stop the spread of the virus and contain the crisis. A stable energy supply is crucial - it's hard to imagine what would happen if there was no power or heat supply now. The million dollar question however, how will the current crisis affect the energy transformation in the long term?