Prices: Prices, measured per kilowatt hour, are a key point when calculating the final cost. It is necessary to check whether these prices are with or without taxes. Transparency when communicating information is also an indicator of reliability.
Bonuses: some operators offer bonuses for permanence or for a certain level of consumption. Asking about this is also relevant. If you have a high consumption, it is possible to save in this area.
Prestige: the prestige of a company or its existence for a zimbabwe email list long period of time also influences the decision. Here it is always advisable to opt for established marketers. As a way of gaining peace of mind, especially after the end of the TUR tariff , it is advisable.
Service: The service provided by companies is another factor that you should take into account. If there are problems, knowing what guarantees exist and whether the company provides any additional ones is relevant. The central idea is to avoid power outages.
With all this information, it will be easier to choose the bill that best suits your community's needs. That's why it's a good idea to consult and take some time before deciding.
. Sustainability
Assessing whether the tariff uses renewable gases is another factor when deciding on one operator or another. Similarly, it is good to see if you can combine several energy sources on the bill to reduce the carbon footprint. In recent years, these technologies are being introduced to combine optimal consumption and sustainability.
Duration of the contract
Finally, the length of the contract and penalties for early termination are another reason for choosing one tariff or another. Although the tariff market is changing, a long contract is sometimes preferable because it provides fixed prices. In addition, you should also check the clauses, the so-called "small print", which sometimes has a lot of limitations.
High conversion efficiency
Perovskite solar cells have demonstrated conversion efficiencies greater than 25% of commonly used silicon solar cells.
This is possible because this mineral can absorb a wide range of the solar spectrum, both visible light and part of the infrared. As it absorbs more light, it can generate more electricity.
Since the absorption coefficient is high, more light can be captured in thinner layers. In practical terms, this reduces the amount of material needed to manufacture a cell, while also improving efficiency.
The high mobility of electrons and holes facilitates the efficient transport of charges generated by sunlight to the electrodes. This also contributes to each plate becoming more efficient.
Lower production costs
The materials used to make perovskite solar cells are more abundant and cheaper than the silicon that has been used until now.
They are also cheaper to manufacture. While silicon cells require high temperatures and controlled environments to be developed, perovskite cells can be manufactured at low temperatures, which is simpler and cheaper.
