The global energy challenge
Energy driving our progress
Energy makes the world go around – everything from our industries, our buildings and transportation to food production. It enables human progress. With growing populations and 1/5th of global poplation still without access to electricity, demand for energy is rapidly increasing. In addition, our heavy fossil fuel dependence in electricity production is a major contributor to climate change, representing 60% of all greenhouse gas emissions. Combined, this makes energy one of the major challenges of our time.
Fortunately, things are moving in the right direction. All over the world, the growth of sustainable energy is outstripping that of fossil fuels. By around 2050, wind and solar energy would be the predominant sources of electrical power and cover a majority of the global energy demand.
This dramatic shift is being driven by the price of both wind and solar out-performing that of coal and natural gas, thanks to falling capital costs, improved efficiency and the spread of competitive auctions around the world. Looking from a carbon perspective, we’re able to produce almost 100 times the energy from wind –as from coal with the same carbon footprint.
OX2 – Europe’s leading developer of large-scale onshore wind power
Over the past 15 years, OX2 has realized more than 2 GW of wind power from large-scale onshore wind power in the Nordic region. The company develops, builds and manages large scale wind power and holds a substantial project portfolio, one that establishes OX2 as one of Europe’s leading performers within renewable energy production.
By constantly increasing access to renewable energy, OX2 is promoting the transition towards a more sustainable future. The company has operations in Sweden, Norway, Finland, Poland, Lithuania, France and Germany.
- More than SEK 26 billion has been invested in wind farms developed and constructed by OX2
- 900 MW wind power under construction during 2019
- Management contracts of 429 turbines (1.5 GW) with an estimated annual production of almost 5 TWh. That’s enough to power the cities of Copenhagen, Helsinki and Stockholm combined.