RENEWABLE ENERGY

KEY TO EFFECTIVE CLIMATE PROTECTION PROJECTS

Renewable energy is a crucial element in the transition to a low-emission economy. Companies that utilize regenerative energy sources not only reduce their carbon footprint but also contribute to the expansion of sustainable energy infrastructure. Energy sources such as solar, wind, and hydropower play a fundamental role in long-term climate protection strategies by enabling emission reductions and supporting the shift away from fossil fuels.

In addition to mitigating CO₂ emissions, renewable energy projects can have positive environmental and social impacts by promoting biodiversity and supporting local communities. Integrating alternative energy sources into broader sustainability strategies helps create long-term pathways for emission reduction while fostering economic and ecological resilience.

WHAT IS RENEWABLE ENERGY?

Renewable energy comes from natural, self-regenerating processes. Unlike fossil fuels such as coal or oil, regenerative energy sources are inexhaustible and generate significantly lower CO₂ emissions when used. Companies that invest in alternative energy sources contribute directly to climate goals and minimize their environmental and Carbon footprint. Regenerative energy forms are therefore central to sustainable climate protection strategies, as they not only reduce CO₂ emissions but also promote economic independence from fossil fuels. Particularly in corporate climate protection projects, renewable energy sources are crucial for developing long-term reduction strategies.

SOLAR ENERGY

Solar energy is one of the most well-known renewable energy sources and harnesses the sun’s power for electricity and heat generation. Photovoltaic systems and solar thermal technologies allow companies to transition to sustainable energy use. Especially in regions with high solar radiation, solar projects offer significant potential for climate protection strategies. 

WIND ENERGY

Wind energy is one of the most efficient renewable energy forms and plays a key role in expanding renewable energy. Modern wind turbines generate CO₂-free electricity and are used worldwide in climate protection projects. Companies can participate in wind energy projects to reduce their carbon footprint and contribute to the energy transition.

HYDROPOWER

Hydropower is one of the oldest renewable energy sources and offers a reliable energy supply with high efficiency. Especially in climate protection projects focused on sustainable energy production, hydropower plays a significant role due to its local availability and long-term CO₂ reduction potential.

BIOMASS

Biomass utilizes organic materials for energy production and serves as a versatile alternative to fossil fuels. Through sustainable biomass use, energy can be provided in an environmentally friendly manner without excessively depleting natural resources. In climate protection projects, biomass is often used as a complement to other renewable energy forms.

GEOTHERMAL ENERGY

Geothermal energy harnesses heat from the Earth’s interior for electricity and heat production. It is one of the most sustainable regenerative energy carriers because it is available independently of weather conditions. Companies can achieve long-term CO₂ savings and ensure a sustainable energy supply through geothermal projects. 

OTHER RENEWABLE ENERGYSOURCES

Besides the more commonly known renewable energy sources, there are even more innovative options that can positively impact climate protection. Among these are Marine Energy, Green Hydrogen, Concentrated Solar Power (CSP), and Aerothermie. Emerging technologies and methods offer great potential for sustainable energy production and the reduction of carbon emissions worldwide.

EXPANDING RENEWABLE ENERGY AS A CLIMATE STRATEGY

The expansion of renewable energy is essential for transitioning to a low-emission economy. Companies that invest in regenerative energy sources benefit from stable energy prices, reduce their dependence on fossil fuels, and strengthen their climate strategies. Regenerative energy carriers are also a key element of many climate protection projects that help companies reduce or offset CO₂ emissions. 

The challenges in expanding renewable energy lie primarily in infrastructure and financing. However, companies have numerous opportunities to remain competitive in the long term by strategically investing in alternative energy sources.

Renewable Energy Directive explained

The Renewable Energy Directive (RED) is the European regulation for promoting renewable energy. It sets binding targets for the expansion of renewable energy sources in EU member states and provides the regulatory framework for the energy transition. The directive has been revised multiple times to achieve more ambitious climate goals and further integrate renewable energy into the energy market. The latest version, RED III, sets new standards for the use of renewable energy by 2030. 

CONTENTS OF THE DIFFERENT RENEWABLE ENERGY DIRECTIVES

RED I, adopted in 2009, set the first legally binding renewable energy targets in the EU, requiring a 20% share of renewable energy in total consumption by 2020. It also mandated national action plans for member states to outline their renewable energy strategies. 

Overview of different Renewable Energy Directives:

RED I: 

The first Renewable Energy Directive (RED I) was adopted in 2009 and set the goal of achieving a 20% share of renewable energy in the EU's total energy consumption by 2020. Additionally, it required member states to develop national action plans to promote renewable energy. A particular focus was placed on the development of sustainable biofuels. 

RED II: 

The revised directive, RED II, came into force in 2018 and increased the renewable energy target to at least 32% by 2030. It also tightened sustainability criteria for biofuels and introduced new mechanisms to promote renewable energy in the heating sector.

RED III: 

With RED III, the renewable energy target was further raised to at least 42.5% by 2030. The directive strengthens the role of renewable energy across various sectors, including industry and transportation, and introduces faster permitting processes for renewable energy projects.

In 2018, RED II replaced RED I, increasing the renewable energy target to 32% by 2030 to accelerate the transition away from fossil fuels. Additionally, stricter sustainability criteria for biofuels were introduced to ensure environmental integrity. RED II also expanded renewable energy support to the heating and cooling sectors, further integrating clean energy into multiple industries.

HOW RED III 2030 IMPACTS BUSINESSES AND INDIVIDUALS

The Renewable Energy Directive 2030 requires companies in the EU to significantly increase their share of renewable energy and improve energy efficiency by 2030. Binding measures must be implemented, particularly in the industry, transport, and heating sectors, to expand the use of sustainable energy sources. Companies that fail to comply with these regulations risk penalties and competitive disadvantages, as renewable energy is becoming a standard for sustainable business practices. Early investment can help reduce long-term costs, protect against rising energy prices, and strengthen market positions through sustainable business models

Facts about the Renewable Energy Directive 2030:

  • The EU targets a 42.5% renewable energy share by 2030, with a 45% ambition level.
  • Industry accounts for around 26% of EU greenhouse gas emissions, stressing the need for decarbonization.
  • Early investment in renewables can cut energy costs by up to 30%, depending on scale and technology.

Taking action early is crucial, as transitioning to renewable energy often involves technical and financial challenges that require long-term planning. Individuals can also contribute to climate goals by choosing sustainable products and services or investing in renewable energy. Consumers can further reduce their carbon footprint by switching to green energy tariffs and improving energy efficiency in their daily lives. Implementing the Renewable Energy Directive is therefore not just a regulatory requirement, but also an opportunity for companies and individuals to actively contribute to the energy transition.

BUILDING A SUSTAINABLE FUTURE WITH FORLIANCE

Effective climate protection and corporate climate strategies are key to reducing greenhouse gas emissions and ensuring long-term business resilience. Companies that take proactive measures to integrate climate protection into their operations strengthen their market position and meet growing regulatory and stakeholder expectations. Climate protection projects offer not only environmental benefits but also economic opportunities by enhancing sustainability performance and securing future-proof business models. FORLIANCE supports companies in developing tailored climate strategies, implementing effective emission reduction measures, and selecting high-quality climate protection projects that drive meaningful impact.