#Isolux Solar

[isoluxsolar]

How to Read Solar Inverter Display?

As an Australian homeowner with a solar energy system, understanding your solar inverter display is crucial for monitoring the performance of your renewable power source and ensuring its optimal efficiency. This comprehensive guide will take you through the key components of the display, common readings, and troubleshooting tips to help you maximize the benefits of your solar inverter display, solar energy system monitoring, solar panel system performance, solar inverter troubleshooting.

The solar inverter display is the primary interface for tracking the performance of your solar energy system. It provides real-time information about the operation of your solar panels and inverter, allowing you to monitor your system’s solar panel system performance and identify any potential issues that may require attention.

Solar Inverter Display

The solar inverter display is the primary interface for monitoring your solar energy system. It provides real-time information about the performance and operation of your solar panels and inverter. In this section, we will explore the key components of the display, including status indicators, energy production metrics, and other important data points. By understanding these elements, you’ll be able to effectively track your system’s performance and identify any potential issues.

The solar inverter display typically features a range of indicators and data points, including:

Power Output

The main screen usually displays the current power output of the solar panels in kilowatts (kW) or watts (W). This tells you how much electricity your solar system is currently generating.

Energy Produced

Some displays show the total energy produced by your solar panels since installation. This can be displayed in kilowatt-hours (kWh) or megawatt-hours (MWh). It gives you an idea of… Read more

[umeshkhade]

Top EPC Companies | EPC Contractor In India Updated 2024

EPC, which stands for Engineering, Procurement, and Construction, represents a key contracting approach within the construction industry. In this model, the contractor is responsible for completing the detailed engineering design, procuring the necessary equipment and materials, and constructing the project to deliver a fully operational facility or asset to the client. Companies that undertake such projects are referred to as EPC contractors.

The Indian EPC sector has seen significant growth, with over 180 participants and various stakeholders actively contributing to the industry. Many companies have established strong reputations within specific sectors, while some have expanded their operations into other areas, creating a distinct segmentation within the EPC space based on operational focus.

Below is a compiled list of top EPC companies operating in India, including both domestic and foreign firms. These companies operate across major cities like Mumbai, Pune, Chennai, Kolkata, Bangalore, Hyderabad, and others.

Segment-wise Classification of EPC Companies

1. Infrastructure / General Contracting

2. Building Construction — Residential and Commercial

3. Oil & Gas EPC

4. Power EPC: General Power, Power Transmission, and Solar Power

5. Specialized EPC: Marine, Industrial, Railways, Tunneling, Mining

Infrastructure / General Contracting EPC Companies

- Indian Companies :

Larsen & Toubro Limited, Hindustan Construction Co. Ltd., Gammon India, MECON Limited, IVRCL, Patel Engineering Ltd., Era Infra Engineering, Sadbhav Engineering Limited, Nagarjuna Construction Company Ltd., Kalpataru Projects International Limited

- Foreign Companies :

Isolux Corsan, ITD Cementation India Limited, Samsung Engineering India Pvt Ltd, Linde Engineering India Pvt. Ltd., TechnipFMC plc, McDermott International, Inc., Saipem, KBR Inc., Chemie-Tech, Jakson, WorleyParsons, IJM (India) Infrastructure Limited, Leighton, ACS Construction Group Ltd., Vinci Construction

Building Construction — Residential and Commercial Segments

- Indian Companies :

Larsen & Toubro Limited, Shapoorji Pallonji & Co. Ltd., Ahluwalia Contracts Ltd., L. Kashyap and Sons, G. Shirke Construction, B.E. Billimoria, Consolidated Construction Consortium Ltd., Mackintosh Burn Ltd., Man Infraconstruction Limited, Nyati Group, Supreme Infrastructure India Ltd., Unity Infra Projects, Vascon Engineers Ltd., Kalpataru Projects International Limited

- Foreign Companies :

Arabian Construction Company, Leighton, Samsung Engineering

Oil & Gas EPC Companies

- Indian Companies :

L&T Ltd., Punj Lloyd, Petron Engineering, Essar Projects, Mcnally Bharat, Leighton, Engineers India Limited, Fabtech Projects, Jaihind Project Ltd., Kalpataru Projects International Limited

- Foreign Companies :

Aker Solutions, Leighton Welspun Contractors Pvt. Ltd., Bechtel Corporation, Linde Engineering India Pvt. Ltd., Tecnimont ICB, Samsung Engineering, Uhde India Limited

Power & Transmission EPC Companies

- Power EPC (Indian Companies) :

BHEL, L&T, Tata Projects Ltd, BGR Energy, Gammon India, Gayatri Projects, Mcnally Bharat Engineering, Shriram EPC Ltd, Tecpro Systems, Kalpataru Projects International Limited

- Power Transmission EPC (Indian Companies) :

EMC Ltd., Jyoti Structures Ltd., Hydropower Transmission Ltd., GET Power, KEC International, JMC Projects, Techno Electric and Engineering, Unitech Transmission

- Foreign Companies :

Doosan Power Systems, Dongfang Electric Corporation, Harbin Power Engineering Co. Ltd., KEPCO, ThyssenKrupp Industries India, Alstom T&D Limited, Alstom Projects India Limited, Mitsubishi Heavy Industries, Toshiba Thermal and Hydro Power Systems Company, Ansaldo STS, Babcock & Wilcox

Solar EPC Companies

- Sterling and Wilson, Loom Solar, Tata Power Solar, Mahindra Susten, Sunsure Energy, Fourth Partner Energy, Suryaday, Orb Energy, Vikram Solar, Renew Power, SB Energy, CleanMax Solar, Harsha-Abakus Solar, RelyOn Solar, MySun Solar, Ujaas Energy, Amplus Energy Solutions, Kalpataru Projects International Limited

Specialized EPC Companies

- Indian Companies :

Shriram EPC, Coastal Projects, Navayuga Engineering Company Ltd., Hindustan Construction Co. Ltd., Patel Engineering Ltd., Afcons Infrastructure Ltd., Simplex Infrastructure Ltd., McNally Bharat Engineering Co. Ltd., Petron Engineering Construction Ltd., Kalindee Rail Nirman Construction Ltd., AMR Construction Ltd., Kalpataru Projects International Limited

- Foreign Companies :

ABB India Ltd., Uhde India Ltd., Toyo Engineering India Ltd., Continental Engineering Corporation, Marti India Private Ltd., AG Group, Samsung Engineering, ITD Cementation India Ltd

Conclusion

EPC companies in India are instrumental in driving the country’s infrastructure growth, delivering projects across various sectors such as oil and gas, power, telecommunications, and more. Both public and private sector firms have been involved in numerous high-impact projects. Renowned for their technical expertise and project management skills, these firms are central to India’s economic development.

Notably, companies like Larsen & Toubro, Tata Projects, and Reliance Infrastructure stand out for their extensive portfolios in executing complex projects both domestically and internationally. The use of cutting-edge technologies, a focus on sustainability, and an emphasis on efficiency are trends shaping the future of the EPC industry, ensuring its continued growth.

FAQs

1. Who is the top contractor in India?

Larsen & Toubro (L&T) is widely recognized as the leading contractor in India, known for its expertise in handling large-scale infrastructure projects.

2. Which is the top global EPC company?

Bechtel is considered one of the best EPC companies globally due to its experience in various sectors like energy, oil and gas, and infrastructure.

3. Which is the top infrastructure company in India?

Reliance Infrastructure holds a leading position in India, contributing significantly to sectors such as power, roads, and metro rail.

4. How are EPC contractors selected?

EPC contractors are chosen based on their technical capabilities, financial stability, project management experience, and adherence to safety and environmental standards.

5. What are the future trends in the EPC industry?

Key trends include the integration of digital technologies such as BIM and IoT, an increased focus on sustainability, and the use of modular and prefabricated construction techniques.

[sinewavesolar]

Rebate Swap For Solar - Swap Your Energy Rebate For a Free 3kW Solar Panel

Homeowners in NSW can save money by installing solar panels. They can use a variety of manufacturer incentives and rebates to lower installation prices. They can also take advantage of feed-in tariffs to offset their electricity costs.

The federal government offers a rebate for homeowners that is given through Smallscale Technology Certificates (STC). These certificates have a monetary value, which is deducted from the total cost of a solar system.

Small-scale technology certificates

The Australian Government offers financial incentives to help you reduce the upfront cost of your solar panel rebate nsw. These are provided through Small-scale Technology Certificates (STCs). STCs are created based on the size and location of your solar energy system, as well as its expected energy output. They are then sold to electricity retailers or other ‘liable entities’, which need to purchase STCs as part of their renewable energy target obligations.

The SRES system for creating and pricing STCs includes a number of factors, including the location-based multiplier and system capacity represented in kilowatts (kW). As a result, it’s important to understand these two fundamental aspects of STCs to maximise the value of your incentive.

The STC program provides a valuable incentive for people to install clean energy solutions, including solar photovoltaic systems. These can help lower energy costs and reduce greenhouse gas emissions. Moreover, they help reduce dependence on fossil fuels and contribute to a sustainable future.

Feed-in tariffs

A solar feed-in tariff allows you to export excess energy back to the electricity grid in exchange for money. Your energy provider will set the rate, which differs between providers. Some offer a fixed rate, while others have variable rates that change over time. The higher the feed-in tariff rate, the more money you can make.

The government’s rebate program, Small-Scale Technology Certificates, or STCs, is a valuable financial incentive for solar power systems. The value of STCs varies depending on your system size, location, and the deeming period. The STCs can be used to reduce the cost of your solar system by up to 30%.

STC prices are falling, so now is a great time to buy solar panels. Also, reputable manufacturers often introduce limited-time rebate schemes. By partnering with trusted installers, Isolux Solar helps you stay informed and take advantage of these incentives.

Swap your rebate

The NSW government is making it easier for low-income households to switch to solar. The Rebate Swap for Solar offer allows eligible households to swap their energy rebate for a free 3kW solar system. This can help them unlock long-term savings on electricity bills of up to $600 a year. More than 2,500 households have taken up this offer, with solar installers UPowr and LECA working with the government to supply and install the systems.

In addition to the STC rebate, NSW offers a number of other state-level incentives for homeowners. These include energy-efficient lighting upgrades, air-conditioning upgrades, and hot water system upgrades. Those who want to go further with their solar journey should explore state initiatives like the EV Ready Buildings program, which provides incentives to retrofit apartment buildings with EV charging infrastructure. Home batteries are also an excellent way to reduce long-term electricity costs and enhance your solar power system’s performance. They can help you cut your reliance on the grid, and may even attract a solar feed-in tariff.

Solar battery storage

Purchasing a solar rebate nsw energy system in NSW will save you money on your electricity bills. You’ll also be able to make a profit from selling the surplus electricity you generate back into the grid via your feed-in tariff.

The national solar subsidy is a great way to reduce the upfront cost of your new 6.6kW solar power system. It can reduce the total cost of a system by around 33%. The subsidy is paid in the form of Small-scale Technology Certificates (STCs), which are a tradable commodity with a monetary value.

While NSW doesn’t have a specific solar battery rebate scheme, customers with high electricity consumption and a desire for backup power find that solar batteries are a valuable investment. Watching for manufacturer incentives is important, as they are often limited-time offers.

[endeavoursolar]

Solar Panel Installation - What You Need to Know

Whether you want to lower your electricity bill or cut down on your carbon footprint, installing solar panels on your roof is a great way to go. You can also use your stored energy to offset your peak demand charges. The solar panels themselves can be installed easily and are a great way to go green. You can save hundreds of dollars a year and increase the value of your home. If you are considering Sydney solar panel installation, it is best to take advantage of the incentives offered by your local government.

The cost of solar panels has dropped over the last few years. But there are still many things to consider before you purchase. One of the most important things to look for is an accredited solar installer. You should also make sure to choose the right inverter for your system. You should also choose a solar panel manufacturer that can provide you with good quality panels.

One of the best places to start your search for a solar panel installation company is the Solar Maxx showroom. A showroom visit will allow you to see various types of solar panels and get a free quote. You can also use the solar power savings calculator to determine how much electricity you can save each year. This will help you to determine the size of the solar panel system that you need.

If you have a small to medium sized home, you might want to consider installing a 6.6 kW solar panel system. This system is designed for homes with low electricity needs and can produce about 26 kWh per day. In addition, you can sell any excess electricity to the power grid, allowing you to earn credits on your energy bill.

You can get a standard 6.6 kW solar panel for as little as $2,770, which includes a 10 year warranty. This is perfect for homes with a small to medium sized budget. If you are looking for solar panels that can add value to your home, you can also choose a higher capacity system with as many as 72 cells. These systems can produce as much as 36 kWh to 42 kWh per day.

It is important to get a solar panel installation in Sydney that meets your needs. The best angle for solar panels is north facing, which will produce the most electricity. The panels should be mounted on the roof so that they are not shading other rooftops. They should also be cleaned regularly. If your panels are dirty, they will not work as well.

If you are considering installing a solar power system in your home, you should consider the Small-scale Renewable Energy Scheme (SRES). The NSW government offers a variety of financial incentives for residential solar power systems. These incentives include a rebate on the installation cost of your solar panels.

If you are looking for a quality solar panel installation in Sydney, you should consider Isolux. They are CEC accredited solar installers and can help you choose the right inverter for your system. They also work with customers to find the best battery to fit their needs. They are available on 1300 941 133.

Endeavour Solar is committed to provide quality solar system installations, every time. We aim to provide the pre-sale and after-sale support that gives you confidence in your decision to install a solar system.

[livesets-dj-mixes-edm-podcasts]

Download Madwave - Solar Wind Podcast 074 for free now!

Artist: Madwave Show: Madwave – Solar Wind Podcast 074 Quality: 320 Kbps 48000 Khz Genre: Trance Source: RSS

Discover more Madwave live sets & radioshows here | Listen or download more Solar Wind Podcast episodes HERE

Madwave – Solar Wind Podcast 074 Tracklist

01. Iberian – Waiting (Intro Mix)

02. Madwave – Dreaming of a Better World (Extended Mix)

03. A.R.D.I. & Sean Ryan – I Am (Extended Mix)

04. Isolux – Meteor Glide (Extended Mix)

05. Paipy – Relax (Extended Mix)

06. Myde & Sharon Valerona – For Better Days (Extended Mix)

07. UDM – Always Shining (Extended Mix)

08. Syntouch & Divaiz pres. SYNDICATE – Elixir (Extended Mix)

09. Ahmed Romel – Temple of Sorrow (Extended Mix)

10. Will Rees & Rhys Elliott – Infinite (Extended Mix)

11. Dan Cooper – Dislocate (Extended Mix)

12. Mike Koglin – The Silence (ID Remix)

13. Kenny Palmer – Quel’Danas (BiXX Extended RemiXX)

The podcast Madwave – Solar Wind Podcast is embedded on this page from an open RSS feed. All files, descriptions, artwork and other metadata from the RSS-feed is the property of the podcast owner and not affiliated with or endorsed by EDMliveset.com.

Follow us on: Facebook, Twitter, Instagram, Reddit & VK

[sknews7]

Spain loses its first renewables energy case in international courts

Spain has misplaced its first case in a world arbitrage courtroom, specifically the World Financial institution’s Ciadi, associated to the cuts utilized to the renewables remuneration from 2010.

The events concerned have already been knowledgeable of the ruling, which is in favour of the UK Firm Eiser Infrastructure Ltd. and its Luxembourg subsidiary Power Photo voltaic Luxembourg, which was suggested by Allen & Overy.

When it made its renewables funding, Eiser’s companions in Spain have been Elecnor and the engineering agency Aries. It had a 36.95% stake in Aries Photo voltaic Termoeléctrica (Aste), which has two 50 MW thermo-solar crops in Alcázar de San Juan (Ciudad Actual), in addition to 33.83% de Dioxipe Photo voltaic (Astexol), which is creating a 50 MW thermo-solar plant in Badajoz.

The funding dedicated to those three crops is 935 million euros and it was made in 2007, the identical yr wherein the decree legislation 661/2007 was accredited. This new legislation gave a speedy increase to the renewable energies enterprise in Spain.

Afterwards, the sector was hit by various cuts to its remuneration system, the primary of which was applied in 2010 beneath the PSOE authorities. The final one was in 2013, when the PP’s electrical energy reform was accredited.

The Ciadi’s ruling on the cuts is the primary setback for Spain within the worldwide courts. In January 2016, the Stockholm Arbitrage Court docket additionally dominated on the case introduced by Charanne B.V. and Building, Investements, two firms linked to Isolux, associated to cuts within the photovoltaic sector. However on that event, the end result was in favour of Spain. The Ciaidi ruling is the primary towards the Spanish state on the matter of renewable vitality funds.

The Supreme Court docket and the Constitutional Court docket’s rulings on this matter had additionally supported the federal government’s cuts over the previous few years.

There are now almost 30 lawsuits from international investors pending in the Ciadi, associated to the cuts in renewables remuneration in Spain. Home buyers can’t file a declare with a world courtroom.

Source link

from WordPress https://ift.tt/3m4NIpf via IFTTT

[lackar]

Desert City from ImagenSubliminal on Vimeo.

Desert City by GARCIAGERMAN Architects. Madrid, Spain

Desert City is a celebration of xerophytic plants and the production of a whole culture of interests and events around them. The project proposes an educational, sustainable and ecological complex in which to overlap activities that range from the exhibiting, growing and breeding of cactus from all over the world in a large garden and greenhouse, to housing an array of leisure activities such as presentations, small conventions, workshops or exhibitions. The large building contains, besides the greenhouse and exhibition/sales space, restaurant, shop, storage, and office areas. These activities are sheltered by a big lightweight container that responds, in terms of scale and materiality, to the near presence of the A-1 Highway. A “billboard-building”, parallel to the road, organized internally by a sequence of symmetries organized around a cloister-like cactus garden, which receives newcomers, and the greenhouse space, covered by a cable roof designed according to the logic of tensegrity structures. Despite its hybrid program, the complex’s construction is systematized through repetition, modulation and prefabrication of elements, resulting in a huge abstract stretched out skeleton that communicates its intense inner workings and the veiled presence of greenery as seen from the passing car through a tinted, watery glass facade. Construction incorporates sustainable solutions such as transparent photovoltaic glass, geothermal power, water recovery systems, solar controls, and extensive plantings in the site, originally a wasteland.

The overlapping of apparently excluding situations (commercial exploitation of leisure events vs. exemplary “green” business; building as sole infrastructure vs. atmospheric and “soft” finishes; size vs. fragility; oasis by the highway,…), results in a proactive and ingenious initiative suited for times of opportunity. GARCIAGERMAN ARQUITECTOS

DESERT CITY San Sebastián de los Reyes

Proyecto: Desert City. Vivero de especies xerófitas y usos asociados.

Programa: Vivero-jardín de especies xerofitas + invernadero de especies xerofitas + programa I+D + programa usos asociados

Arquitecto: GARCIAGERMAN ARQUITECTOS / Jacobo García-Germán

Equipo Arquitectura: Jacobo García-Germán, Miguel López, Raquel Díaz de la Campa, Marta García Laura Carrero, Martha Sosa Dias, Lidia de Lucas, Marta Roldán, Andrea Gutierrez, Victoria Álvarez, Margot Roset, Paula Lizcano, Alba Gil, Celia Sánchez

Empresa constructora: Isolux Corsán

Fabricación digital mobiliario:109 FabLab

Fotografía y Vídeos: Imagen Subliminal (Miguel de Guzmán + Rocío Romero)

Comunicación: Pati Nuñez Agency

[unpensadoranonimo]

Las noticias de ayer y hoy (31/5/2017)

Albert Rivera participó en la boda donde la Policía pactó con los Cierco traicionar a Pujol

Cerco judicial a Amat, presidente del PP de Almería: abren diligencias por 25 sociedades

El Ayuntamiento de Talavera (PP), denunciado por coaccionar a trabajadores para que firmen sus finiquitos

El juez del Castor prorroga la instrucción del caso otros 18 meses para estudiar el informe del MIT

El ministro del Interior asigna 'a dedo' a un promotor inmobiliario las obras en todas las cárceles de España

El presidente de la Diputación de Ourense se gasta 2,7 millones públicos para comprar el archivo de un periódico local

Isolux se hizo con tres parques solares en Castilla y León tras pagar supuestamente un viaje a Japón a un político del PP

La CNMC expedienta a Telefónica por prácticas anticompetitivas

La esposa y los hijos del expresidente de Pescanova, imputados por blanqueo en Andorra

Unos 580.000 niños pasarán el verano solos en casa porque sus padres tienen empleos precarios

Internacional

Acuerdo para el wifi gratis en Europa: "Cada pueblo y ciudad tendrá acceso a internet"

La Corte Suprema autoriza a la Policía a interrogar al presidente Temer

Los eurodiputados españoles gastan 2,8 millones de euros al año sin control

Electoral

Críticos y oficialistas del PP de Granada dirimen sus disputas a puñetazo limpio

El Gobierno ve ambiente de preparativos electorales en las 'cumbres' de Puigdemont (JPS)

Puigdemont (JPS) activa la última fase de la hoja de ruta secesionista antes del referéndum

(PSOE) El ‘susanismo’ se desmorona

La ruptura del diálogo con Catalunya frena las aspiraciones de Sáenz de Santamaría (PP)

Caso Alvia

Las víctimas del Alvia llevan al Congreso el respaldo de cien ayuntamientos

Caso CAN

El juicio de la CAM, el mayor rescate de la banca, comienza con intento de agresión

Caso Canal Isabel II

El CNI acusa al 'topo' en el Gobierno de González de querer blindarse judicialmente

Ignacio González actuó como el "crimen organizado" en sus maniobras sobre la justicia

Un juez investiga quién es la magistrada "amiga" que alertó de las escuchas a Ignacio González

Una magistrada del Supremo y los pinchazos de Lezo: "El juez Velasco es un carcelero"

Caso Eólica

Herrera pide "perdón" si la trama eólica confirma la implicación de exaltos cargos

Caso ERE

Archivada la causa contra el exconsejero andaluz Antonio Ávila y otras 29 personas por ayudas al empleo

Caso Fernández Villa

Detenida la 'mano derecha' de Fernández Villa y otros tres de los investigados por el desvío de fondos de SOMA-UGT

Imputado el histórico exlíder de UGT Fernández Villa

Operativo de la UCO contra excargos de UGT Asturias por desviar dinero de un geriátrico

Caso Granados

El juez Velasco pide al Supremo que impute a la senadora del PP Pilar Barreiro en el caso Púnica 

Caso Gürtel

Anticorrupción se opone a que declaren Roig, Villar Mir y Cotino por la Caja B del PP

La Audiencia Nacional obliga a Rajoy a acudir en persona al juicio de Gürtel

Caso Moix

Así es el chalé de los Moix

Burofax de Infolibre a Moix

El fiscal Moix es desde 2012 dueño del 25% de una empresa de Panamá que tiene un chalé en España

El padre del fiscal Moix fue investigado en una causa penal por alzamiento de bienes

La tesorera de la sociedad opaca de los Moix es una de las mayores testaferro de Panamá

Moix admite que no disolvió la sociedad para ahorrarse casi 90.000 euros en impuestos

Moix ocultó al órgano que regula las incompatibilidades en la fiscalía su participación en la sociedad panameña

Técnicos de Hacienda piden a la Agencia Tributaria que abra una investigación a Moix 

Caso Papeles de Panamá

De Luxemburgo a Panamá: Juncker quita hierro a los líos fiscales de “otros tiempos”

Caso Pujol

Pujol Jr pide desbloquear sus cuentas para pagar los impuestos de su casa y su despacho

Caso Taula

La inacción de Génova aboca al PP a ser el primer partido procesado por blanqueo

[isoluxsolar]

Should You Choose Solar Panels for Your New Home Build?

Solar panels are getting more love from Australian homeowners. Why? They bring environmental perks and save money. For new homes, using solar solutions from the start is a wise move. This avoids extra costs later. Solar panels are the future. Adding them to new homes is a great decision. They offer clean, long-lasting energy that’s friendly to our earth. What’s more, you can save power for gloomy days. A top home builder in New South Wales, McDonald Jones Homes, is now including solar panel systems, solar inverters, and electric vehicle chargers in their new home packages. This smart choice can actually pay for itself.

Key Takeaways

Solar panels are becoming increasingly popular with Australian homeowners due to their environmental benefits and potential cost savings. Integrating solar solutions during new home construction can be more cost-effective than retrofitting later. Solar panels provide a sustainable and long-lasting source of renewable energy that can help reduce electricity costs. Investing in solar panels for a new home build can be a smart and environmentally-friendly decision for Australian homeowners.

Benefits of Solar Panels for New Homes

Solar panels offer numerous benefits for new homes, both for homeowners and the environment. Here are some key advantages:

Cost Savings: Installing solar panels can significantly reduce or even eliminate electricity bills, depending on the size of the system and energy usage. Over time, the savings on electricity costs can outweigh the initial investment.

Renewable Energy Source: Solar energy is a renewable resource, meaning it’s virtually inexhaustible. By harnessing sunlight, homeowners can reduce their reliance on non-renewable energy sources like fossil fuels, contributing to a more sustainable future.

Lower Carbon Footprint: Solar energy production generates no greenhouse gas emissions, unlike traditional electricity generation methods such as burning coal or natural gas. By using solar panels, homeowners can decrease… Read more

[teleindiscreta]

Europa quiere liderar la transición energética

Fuente original: Europa quiere liderar la transición energética Puedes ver más visitando Teleindiscreta - Las mejores noticias de actualidad, famosos, salud, belleza, cocina, motor, música y mucho más.

La Unión Europea quiere liderar la carrera mundial por la transición energética. Este propósito significa un cambio radical en el modelo económico, mediante la sustitución de combustibles fósiles (carbón, petróleo, gas) por energías renovables (solar fotovoltaica, eólica) en la producción de bienes y servicios. La meta es descarbonizar la economía a 2050 o, al menos, que sea baja en emisiones de dióxido de carbono (CO2).

Una maratón ambiciosa y de engorrosa ejecución, tal y como ha reconocido públicamente el comisario europeo de Acción por el Clima y Energía, Miguel Arias Cañete, debido, por un lado, al contexto geopolítico adverso: inicio de las negociaciones del brexit, incertidumbre por las elecciones en Alemania y Francia, llegada de Donald Trump a la Casa Blanca o la crisis de refugiados. Y por el otro, a un mercado energético europeo fragmentado, poco transparente y con enormes distorsiones que, unido a los recelos de los Estados miembros, los intereses empresariales y desafíos tecnológicos, suponen una barrera para avanzar por un camino inevitable.

“Es un reto sin precedentes; no nos damos cuenta de lo que implica descarbonizar una economía. La negociación con los 28 [o 27] será de las más difíciles y complejas. El cambio es irreversible, pese a la política de Estados Unidos [que amenaza con salir del pacto por el clima]”, admitió Cañete en el 14º Encuentro Energético, organizado este mes por la escuela de negocios IESE y la consultora Deloitte.

De hecho, durante su intervención de casi una hora, el comisario convirtió en mantra las frases “difícil, complejo, de enorme complejidad”, para ilustrar lo que se avecina en materia de consenso y cuya antesala fue el Acuerdo de París a favor del medio ambiente: “París supone mucho, porque por primera vez 196 países han puesto en marcha compromisos de mitigación y adaptación. Negociamos hasta las ocho de la mañana”, dijo orgulloso.

La nueva hoja de ruta legislativa aprobada recientemente por la Comisión Europea, el conocido paquete de invierno, pretende reducir a 2030 un 40% los gases de CO2, que el 27% del consumo de energía final proceda de fuentes limpias y elevar la eficiencia energética al 30% –este último objetivo vinculante, ya que va con retraso–, además de un proyecto de gobernanza que monitorizará y verificará el avance de los socios cada dos años.

“Nuestros estudios demuestran que solo las medidas de eficiencia podrían crear 400.000 puestos de trabajo –sobre todo en las pymes–, ahorrar 70.000 millones en importaciones de gas y petróleo y bajar los costes de salud en hasta 8.300 millones al año”, apuntó Daniel Calleja, director general de medio ambiente de la CE. La reforma de la directiva sobre renovables [en fase parlamentaria] moverá 177.000 millones de euros anuales en inversión público-privada, generará 900.000 empleos y subirá un 1% el PIB, calcula el organismo.

El problema es que, a escala nacional, no todas las metas son obligatorias, las tecnologías verdes no están aún completamente incorporadas en el sistema productivo y los Gobiernos mantienen todavía subsidios al carbón. “Es un paquete hecho a medida de las eléctricas”, critican las organizaciones ecologistas.

Además, el propio Calleja aceptó que mejorar la protección de los consumidores, entre las principales líneas de actuación para que puedan generar electricidad y combatir así la pobreza energética, implica una reforma normativa del mercado eléctrico europeo. “Europa está perdiendo oportunidades por las ineficiencias resultantes de las distintas situaciones nacionales”, sostuvo.

Pero el exministro popular de Medio Ambiente, Arias Cañete, detalló, ante una audiencia repleta de grandes empresas eléctricas, de gas y petróleo, “los obstáculos que están costando sangre”: “Queremos limitar el establecimiento de pagos por capacidad, vinculándolos al CO2, y el de precios regulados; revisar el régimen de los derechos de emisiones [en debate]. Lo grave es tener un sistema donde no hay señales de precio por contaminación que faciliten lainversión renovable. Deber ser un mercado más integrado, interconectado, con menos regulación e intervención”, zanjó el comisario, tras evitar trasladar la receta a España por ser un “simple componedor”.

La CE incluye también acciones en transporte (fomento del coche eléctrico), edificios (que sean eficientes), agricultura (mitigar la contaminación del subsuelo) y el reciclaje (reutilización en la industria). En 2018, los socios deben presentar a Bruselas su plan de descarbonización, que ha de plasmar cómo se hará esa transición en 30 años.

Pero cómo afronta España este horizonte, si hace apenas un mes se cuestionaba el funcionamiento del mercado por el fuerte repunte de los precios en la factura doméstica (el 50% del valor son peajes e impuestos), la parálisis en la industria renovable –pendiente de la primera subasta de 3.000 megavatios en tres años–, el bloqueo al autoconsumo, el escaso diálogo entre la Administración (cerrado a la reforma) y los agentes o la cesión de soberanía nacional en esta materia. Por eso, las empresas dudan de la eficiencia de la transición y del coste financiero y competitivo que supone para petroleras, gasistas y de carbón, e incluso de que se llegue a la meta.

“En España, en los últimos años, hemos creído menos en la economía de mercado, cuando es fundamental. Los usuarios están pagando las subidas de tarifas que el Gobierno no quiso hacer años antes para garantizar un retorno a unas empresas”, reprochó Nemesio Fernández-Cuesta, presidente ejecutivo de Isolux.

Así, urge la revisión drástica de la estructura fiscal y de ayudas (gravar el diésel y examinar los pagos a los ciclos combinados, por ejemplo). Unos reclamos a los que se suma Iberdrola: “Hay que limpiar el afán recaudatorio de las tarifas eléctricas”, sugirió Carlos Sallé, director de políticas energéticas y cambio climático de la compañía, quien insistió en que “quien contamina, paga”.

Mientras, Luis Aires, presidente ejecutivo de BP en España y Portugal, consideró que la normativa vigente penaliza una tecnología sobre otra: “No vamos en la dirección de fijar precios al carbono”, apuntó. Asimismo, Manuel Fernández, director general de negocios mayoristas de energía de Gas Natural Fenosa, reiteró la armonización regulatoria (fiscal y tarifaria) y más interconexiones con Centroeuropa.

En Cepsa, sin embargo, temen los atajos.Su consejero delegado, Pedro Miró, advirtió de que el mayor peso del petróleo no está en el transporte, sino en la química: “La deslocalización de la industria europea será enorme; la legislación condiciona la competitividad de las empresas”. Y desde Repsol cuestionan también la promoción del coche eléctrico cuando se fabrica con energía sucia, pero sobre todo, Pedro Antonio Merino, director de estudios de la petrolera, y Miguel Antoñanzas, presidente de Viesgo, se preguntan: “¿Cuánto costará la transición?”, esa que fija que el peso fósil debe pasar del 80% al 58%.

Fuente: Cinco días

La entrada Europa quiere liderar la transición energética aparece primero en Teleindiscreta.

from Europa quiere liderar la transición energética

[isoluxsolar]

How to Increase Solar Panel Efficiency?

With Sydney’s abundant sunlight and growing emphasis on sustainable energy solutions, harnessing solar power has become increasingly popular among residents. However, simply installing solar panels is not enough to maximize their efficiency. To truly reap the benefits of solar energy, it’s essential to optimize the performance of your solar panels. In this guide, we’ll explore various strategies to increase solar panel efficiency, tailored specifically for Sydney’s unique climate and energy needs.

Solar Panel Efficiency

Solar panel efficiency refers to the amount of sunlight that a solar panel can convert into usable electricity. Higher efficiency panels produce more electricity for a given amount of sunlight, making them more cost-effective in the long run. Several factors influence solar panel efficiency, including:

Quality of Solar Panels

Investing in high-quality solar panels with advanced technology and materials can significantly increase efficiency. Look for panels with higher efficiency ratings and warranties from reputable manufacturers.

Optimal Placement

Proper placement of solar panels is crucial for maximizing efficiency. In Sydney, panels should ideally face north to capture the most sunlight throughout the day. Additionally, minimizing shading from… Read more

[isoluxsolar]

Most Efficient Solar Panels in 2024

Solar panel efficiency refers to the amount of sunlight (irradiance) that falls on the surface of a solar panel and is converted into electricity. Due to technological advancements, the average panel conversion efficiency has increased from around 15% to over 23% in recent years. This significant jump in efficiency has resulted in higher power ratings for standard-size panels, with some models now achieving over 440W.

Two main factors determine solar panel efficiency: the photovoltaic (PV) cell efficiency, based on the solar cell design and silicon base type, and the total panel efficiency, based on the cell layout, configuration, and panel size. Increasing the panel size can improve efficiency by creating a larger surface area to capture sunlight, with the most powerful solar panels now achieving over 700W power ratings.

Most Efficient Solar Panels in 2024

Here is a table showcasing some of the most efficient solar panels available in Sydney 2024… Read More

[isoluxsolar]

How Much Do Solar Panels Cost in Perth?

Solar power systems have grown more affordable in Perth, making the option increasingly attractive for both residential and commercial properties. For Brisbane-based company Isolux Solar, understanding the costs in Perth can help you address customer questions and highlight any differences between cities. Here’s an in-depth look at the costs involved in Perth.

Average Cost of Solar Systems in Perth

Solar system prices in Perth vary depending on system size, quality, and installation specifics. Currently, you can expect approximate costs after government rebates as follows:

3 kW system: around $3,000 to $4,000

6.6 kW system: about $4,500 to $6,000

10 kW system: between $8,000 and $10,000

Prices are typically lower than the Australian average due to high competition among installers in Perth, and ongoing incentives like Small-scale Technology Certificates (STCs) provide substantial savings​.

For a deeper look: How Much Does 6.6kW Solar System Cost in Australia?

Factors Influencing Solar Panel Costs

Several factors influence solar system costs, including:

Panel Quality and Brand: Premium brands (e.g., LG, SunPower) tend to cost more but offer higher efficiency and durability. Budget options can still deliver good performance with slightly lower longevity.

System Size and Energy Needs: Larger systems, like 6.6 kW or 10 kW, are more cost-effective long-term, especially if energy consumption is high.

Government Rebates and STCs: In Perth, STCs cover approximately 30% of installation costs, depending on the system size and the current market rate per STC, which can fluctuate from $34 to $40​.

Read More: How Much Do Solar Panels Cost in Perth?

[isoluxsolar]

How Much Does 6.6kW Solar System Cost in Australia?

Investing in renewable energy is a growing priority for Australian homeowners and businesses, and solar power leads the charge. Among the various sizes available, the 6.6kW solar system has emerged as a popular choice for its balance between size, output, and cost.

Let’s explore the cost of a 6.6kW solar system in Australia, considering factors that influence the price, and how Isolux Solar positions itself as a competitive provider in the market.

What is 6.6kW Solar System?

A 6.6kW solar system can generate approximately 24–30 kWh of electricity daily, depending on factors like location, panel orientation, and sunlight exposure. This capacity is often sufficient for an average household’s energy needs, making it a popular solution for reducing energy bills and lowering carbon emissions.

Average Cost of a 6.6kW Solar System in Australia

As of 2024, the cost of a 6.6kW solar system typically ranges between $4,500 and $8,000 AUD after government rebates. Below, we’ll examine prices for specific cities in Australia.

6.6kW Solar System Price in Sydney, NSW

In Sydney, the cost of a 6.6kW solar system falls between $4,800 and $7,500 AUD, depending on product quality and installation complexity. Sunny conditions and attractive rebates make Sydney a prime location for solar installations.

6.6kW Solar System Price in Brisbane, Queensland

In Brisbane, prices for a 6.6kW solar system range from $4,500 to $7,000 AUD, thanks to Queensland’s abundant sunlight and competitive solar market. The state government also supports solar adoption through various programs.

Read More: How Much Does 6.6kW Solar System Cost in Australia?

[isoluxsolar]

Solar Rebate QLD 2024: Everything You Need to Know

To guide Queensland residents on going solar, here’s an in-depth overview of the solar rebates and incentives available in Queensland (QLD), especially for those in Brisbane. With Isolux Solar now operating in Queensland, homeowners have more options for installing high-quality solar systems to leverage the state’s rebates and incentives effectively. Let’s understand Solar Rebate QLD and how to claim it.

Timeline for Queensland Solar Electricity Rebate 2024

The Queensland Solar Electricity Rebate 2024 is available from July 1, 2021, to June 30, 2024. During this period, eligible homeowners who install a solar panel system can qualify for a solar panel rebate of up to $3,500.

Solar Rebates are Available in QLD?

Currently, three solar incentives are available in Queensland:

1. The Small-Scale Renewable Energy Scheme

2. Queensland Battery Booster program

3. Solar feed-in tariffs

1. Small-scale Renewable Energy Scheme (SRES)

One of the primary incentives for solar installations in Queensland is the Australian Government’s Small-scale Renewable Energy Scheme (SRES), which applies to systems under 100kW. Homeowners who install solar systems can benefit by selling Small-scale Technology Certificates (STCs) for each megawatt-hour of estimated solar energy the system produces over its lifespan. STCs effectively act as a discount at the point of sale, reducing the upfront cost of the system. The value of STCs, however, reduces annually and will conclude by 2030, so the sooner homeowners act, the larger their savings will be.

2. Queensland Battery Booster Program

Queensland introduced a solar battery rebate for those opting to install battery storage along with their solar system. The rebate is aimed at helping residents reduce grid reliance and utilize stored solar energy at night or during peak hours. Eligible homeowners can receive rebates of up to $4,000, depending on their income level. For example, households with a combined income of less than $180,000 per year may qualify for a standard rebate of $3,000, while lower-income households (earning under $66,667) are eligible for $4,000. This initiative is designed to support the adoption of renewable energy and promote long-term savings on energy bills.

Read More: Solar Rebate QLD 2024: Everything You Need to Know

[isoluxsolar]

What’s The Difference Between Kilowatts (kW) VS Kilowatt hours?

Understanding the difference between kilowatts (kW) and kilowatt-hours (kWh) is essential for anyone interested in energy consumption, solar power systems, and electricity bills. While both terms are commonly used in discussions about power and energy, they represent different concepts. In this article, we’ll explore the definitions, applications, and differences between kW and kWh, and how this knowledge can help you manage your energy usage more effectively.

What is a Kilowatt (kW)?

A kilowatt (kW) is a unit of power. Power, in the context of electricity, is the rate at which energy is used or produced. One kilowatt is equivalent to 1,000 watts. This measurement tells us how much energy an appliance or system uses or generates at any given moment.

Key Points about Kilowatts:

Measurement of Power: kW measures the rate of energy consumption or generation.

Instantaneous Value: Represents the power at a specific instant.

Common Usage: Used to rate electrical appliances, solar panels, and generators.

For example, if you have a 2 kW solar panel system, it can produce 2 kilowatts of power under optimal conditions. Similarly, a 1.5 kW heater uses 1.5 kilowatts of power when it is running.

If you’re looking to purchase a New Solar Panel in Sydney, Isolux Solar can be your premier choice! Call 1300 552 452 to get a free quote.

What is a Kilowatt-hour (kWh)?

A kilowatt-hour (kWh) is a unit of energy. It represents the amount of energy used or produced over time. One kilowatt-hour is equivalent to using 1,000 watts of power for one hour. This measurement is commonly used by utility companies to calculate electricity consumption and billing.

Read More: What’s The Difference Between Kilowatts (kW) VS Kilowatt hours?