Av.Barcelona 221, Terrassa (Barcelona)
Our colleagues have completed a new photovoltaic installation of Self-consumption with surplus compensation for a plastic industry in Montmeló (Barcelona).
225 módulos de 445Wp que generan 100kWp y un inversor Solar Edge para gestionar la producción de 148MWh al año, lo que representa una reducción de CO2 en más de 39T, equivalente a plantar 1810 árboles.
Trabajamos con nuestros clientes para mantener la actividad industrial reduciendo gastos y colaborando con el respeto al Medio Ambiente.
Do you know what the Carbon Footprint is? Do you know that its registration at the Ministry is voluntary? Do you know how to calculate the impact of your organization on CO2? Our client CBC (CUBIC BUILDING CONSTRUCTION) is committed to sustainability and AECA collaborates to implement its Carbon Footprint Reduction plan. The Reports and Calculations of Scope 1 and 2 have been registered with the Ministry of Ecological Transition and the Demographic Challenge.
Photovoltaic installation for the central offices and processing plant of PLATAFORMA DE *DISTRIBUCION *CARNICA SA in Terrassa, as part of its emissions reduction project:
– 551 *Jinko panels of *460Wp
– 2 Huawei inverters of *100kWp
– With 100% self-consumption of the ➕ 328,000 kWh in the year of planned production
and reducing CO₂ emissions by more than 128 tons per year
equivalent to planting more than 380
+ info:
www.aecagroup.com
hola@aecagroup.com
#self-consumption #photovoltaics #*communityforchange #solarenergy
The unstoppable rise of solar photovoltaics positions it as a backbone on the road to a cleaner and more sustainable energy future. With its ability to harness solar radiation and convert it into electricity, Solar panels have emerged as a cornerstone in the global transition to renewableenergy sources. In this article, Aeca Group will take a look at some of the ins and outs of solar photovoltaics and analyse their significant impact on the generation of clean, renewable energy.
Photovoltaic solar energy has a number of notable advantages that make it an attractive and sustainable option:
Green and sustainable energy:
By harnessing solar radiation, this form of energy is infinitely renewable and emits no greenhouse gases or pollutants, helping to mitigate climate change and improve air quality.
Immediate savings: The payback period is around 5 years, but the savings start to be made from the beginning, as all the energy is produced by the panels, not purchased from the electricity company.
Decentralised energy productionThe versatility of solar panels allows them to be installed in a variety of locations, from residential rooftops to commercial buildings and industrial facilities, facilitating distributed power generation. This decentralisation strengthens the resilience of the electricity system and increases its efficiency.
Maintenance and longevity:
With minimal maintenance requirements and a long life span, typically 25-30 years, solar panels represent a durable investment with significant returns over time.
The field of photovoltaic solar energy technology has witnessed remarkable progress in recent times. Solar panels have improved considerably in their ability to convert solar radiation into electricity, thus achieving optimal performance with a reduced installation space. In addition, advances have led to the development of flexible and semi-transparent solar panels, opening up new possibilities for their integration into various architectural applications in an innovative and aesthetically pleasing manner.
The uptake of solar PV has increased significantly due to a combination of elements:
State incentivesMany governments have implemented measures to promote the adoption of solar PV, offering a variety of incentives such as subsidies, tax exemptions and feed-in tariffs. These initiatives aim not only to encourage the installation of solar panels, but also to boost renewable energy generation in general.
Environmental awareness: With growing concern about climate change and the urgent need to reduce greenhouse gas emissions, more and more individuals and businesses are turning to cleaner and more sustainable energy sources. Solar PV stands out as an attractive option in this context, offering a viable and environmentally friendly alternative.
Decrease in expenditureTechnological advances in the solar industry, coupled with increased mass production, have contributed significantly to the reduction in the cost of solar panels in recent years. This decrease in costs has made solar PV more accessible to a wider audience, which in turn has driven its adoption globally.
The horizon for solar panels, and solar PV in general, looks promising and full of possibilities. It is anticipated that the efficiency of solar panels will continue to increase, while the costs associated with their installation and production will continue to fall. The inclusion of energy storage systems, such as batteries, will ensure a constant supply of electricity even in the absence of sunlight.
In addition, photovoltaic solar energy is being combined with emerging technologies such as artificial intelligence and blockchain to optimise its management and efficiency. Solar panels are radically transforming the way we obtain and use electricity, offering a clean, renewable and decentralised energy source that is a crucial solution to contemporary energy and environmental challenges.
On 13, 14 and 15 June, the College of Graduate Engineers and Industrial Technical Engineers of Barcelona will hold a series of conferences and debates on ‘2022 The Year of Engineering in the Health Sector’. The College will collaborate with companies and institutions representing the health sector to present the most innovative techniques that engineering can contribute to the improvement of facilities and work tools in the health sector. *AECA and will participate on the 15th within the monograph ‘Year of Engineering in the health sector. Safety and energy efficiency’, and we would very much like to count on you, follow this link to register: https://lnkd.in/exquv9ve
2022, THE YEAR OF HEALTH ENGINEERING
+ *info:
www.aecagroup.com
hola@aecagroup.com
Energy efficiency is in the news again. From February 2024, 150 randomly selected individuals from diverse backgrounds across the European Union will come together to discuss challenges and benefits related to energy efficiency. Estas reuniones se llevan a cabo tanto en encuentros presenciales como en línea. Durante la última sesión, han formulado 13 sugerencias que serán integradas en futuras acciones por parte de la Comisión Europea en materia de prácticas energéticamente eficientes.
The European citizens’ group dedicated to energy efficiency has addressed key issues in achieving this goal and the challenges involved. During its discussions, it highlighted the importance of reducing energy consumption and managing it in a smart way as a crucial aspect of achieving clean, secure and affordable energy. These reflections are closely aligned with the European Green Pact and the EU REPower Plan.
. Además, se resaltó que la eficiencia energética desempeña un papel fundamental en la reducción del consumo total de energía, lo que es esencial para cumplir con las metas climáticas de la Unión Europea y para mejorar tanto la seguridad como la accesibilidad energética tanto en el presente como en el futuro.
During these discussions, various perspectives on the Energy Efficiency Directive were also exploredsoluciones energéticas, precisamente como las que ofrecemos en AECA Group: renewable energies, sustainability, electric vehicle charging,energy engineering, energy consulting
… The ambitious target of increasing energy efficiency by 11.7%, with a special focus on the areas most affected by energy poverty, was also highlighted.
The contributions gathered from both the European citizens’ energy efficiency group and the citizen participation platform will be integrated into a European Commission suggestion on prioritising energy efficiency, which will be addressed to Member States by the end of 2024.
Proposals to be considered in future actions cover a number of areas:
