Laro is a community-driven deflationary organisation that aims to reduce our carbon footprints by making renewable energy resources more accessible.
Laro is a global initiative that provide a variety of projects to tackle global warming and climate change. Reversing the Effects of Climate Change Using Cryptocurrency is our main goal. Laro website users invest their money in digital currency that can be used to buy goods and services, known as Cryptocurrency which uses an online ledger with strong cryptography to secure online transactions. Laro invests this money in solar energy because it is renewable and widely accessible. We generate solar energy for battery charging, for cooking,for residences and for industries.
In our team we have members who have a high level of task-related competence and are able to perform team tasks. Laro has a big network of Interconnected team members who work over their assigned tasks and duties to achieve our goal of preserving our environment and making renewable energy easy to access.
Our mission is to offer unrivalled value to our environment and significantly speed up the adoption of solar energy systems. Which will deliver clean, abundant and low-cost, renewable energy to our customers, communities, and country, as well as providing financial security for all shareholders of our crypto token.
Our legacy is our planet, and there is only one of it. The widespread usage of fossil fuel energy has resulted in irreversible consequences. Laro's mission is to capture solar energy to meet energy demands, provide cheap solar solutions, and promote sustainability.
As the effects of carbon-based fuel sources wreak havoc on the planet, interest in carbon-neutral sources like sunlight, wind, rain, tides, waves, and geothermal heat is constantly developing and becoming increasingly important for a lovable world. As Laro, we are committed and motivated to establish and support them. Our purpose is to produce electricity or heat through Sunlight which is inexhaustible and renewable that can be captured using panels and mirrors.