-
Categories
-
Pharmaceutical Intermediates
-
Active Pharmaceutical Ingredients
-
Food Additives
- Industrial Coatings
- Agrochemicals
- Dyes and Pigments
- Surfactant
- Flavors and Fragrances
- Chemical Reagents
- Catalyst and Auxiliary
- Natural Products
- Inorganic Chemistry
-
Organic Chemistry
-
Biochemical Engineering
- Analytical Chemistry
- Cosmetic Ingredient
-
Pharmaceutical Intermediates
Promotion
ECHEMI Mall
Wholesale
Weekly Price
Exhibition
News
-
Trade Service
According to the official website of the Dutch government (www.
energieopwek.
nl), in 2018, the Netherlands' solar power generation increased by 50% year-on-year, wind power generation was basically flat, its renewable energy accounted for 17% of the electricity structure increased from 15% in 2017, and the proportion of renewable energy in the total energy consumption structure increased from 6.
6% to 7.
3%.
According to statistics, solar PV production in the Netherlands increased from 2.
2 TWh in 2017 to 3.
47 TWh, accounting for about 3%
of total electricity consumption.
Wind turbines generate about 10.
8 TWh of electricity, of which 6.
9 TWh comes from land and 3.
9 TWh from offshore
.
Wind power accounted for almost 9% of Dutch electricity consumption, the same overall as in the previous year
.
The Netherlands plans to achieve 49 terawatt hours of offshore wind by 2030, but implementation
will not begin until 2020.
In addition, biomass power generation grew from 4.
7 TWh to 5.
8 TWh
in 2018.
Dutch energy website Energeia reported that the strong growth in solar PV production was mainly attributed to large-scale projects
.
Solar PV capacity for large-scale projects registered with Certiq doubled in 2018 to 1,523 MW
.
According to Peter Segaar, a solar expert cited by Energeia, the total solar PV capacity in the Netherlands increased by 50% to 4.
3-4.
5 GW
.
Segaar estimates that residential solar PV capacity has increased from about 2 GW to 3 GW
.
The proportion of large-scale projects on the Dutch market has grown from a quarter in 2017 to around one-third
.
An important reason why solar is growing faster than onshore wind is the way
the Dutch support program, known as SDE+, works.
It is based on tenders and subsidizes
the lowest cost bidders based on CO2 reductions.
As a result, the solar PV project overwhelmingly won the tender
.
At the same time, more large-scale solar PV projects are in the pipeline
.
More than 6.
5 GW of projects that have received subsidies over the past few years have yet to be built
.
Most of the projects are still expected to materialize
.
This excludes projects
participating in the latest SDE+ tender in the second half of 2018.
In 2019, there will be two rounds of SDE+ tenders
.
According to the official website of the Dutch government (www.
energieopwek.
nl), in 2018, the Netherlands' solar power generation increased by 50% year-on-year, wind power generation was basically flat, its renewable energy accounted for 17% of the electricity structure increased from 15% in 2017, and the proportion of renewable energy in the total energy consumption structure increased from 6.
6% to 7.
3%.
According to statistics, solar PV production in the Netherlands increased from 2.
2 TWh in 2017 to 3.
47 TWh, accounting for about 3%
of total electricity consumption.
Wind turbines generate about 10.
8 TWh of electricity, of which 6.
9 TWh comes from land and 3.
9 TWh from offshore
.
Wind power accounted for almost 9% of Dutch electricity consumption, the same overall as in the previous year
.
The Netherlands plans to achieve 49 terawatt hours of offshore wind by 2030, but implementation
will not begin until 2020.
In addition, biomass power generation grew from 4.
7 TWh to 5.
8 TWh
in 2018.
Dutch energy website Energeia reported that the strong growth in solar PV production was mainly attributed to large-scale projects
.
Solar PV capacity for large-scale projects registered with Certiq doubled in 2018 to 1,523 MW
.
According to Peter Segaar, a solar expert cited by Energeia, the total solar PV capacity in the Netherlands increased by 50% to 4.
3-4.
5 GW
.
Segaar estimates that residential solar PV capacity has increased from about 2 GW to 3 GW
.
The proportion of large-scale projects on the Dutch market has grown from a quarter in 2017 to around one-third
.
An important reason why solar is growing faster than onshore wind is the way
the Dutch support program, known as SDE+, works.
It is based on tenders and subsidizes
the lowest cost bidders based on CO2 reductions.
As a result, the solar PV project overwhelmingly won the tender
.
At the same time, more large-scale solar PV projects are in the pipeline
.
More than 6.
5 GW of projects that have received subsidies over the past few years have yet to be built
.
Most of the projects are still expected to materialize
.
This excludes projects
participating in the latest SDE+ tender in the second half of 2018.
In 2019, there will be two rounds of SDE+ tenders
.
