Lobel Solar Power System – Lobel Solar Power System

A greenfield project is one where the land on which the project is built has never been utilized before, and no existing structure must be rebuilt or demolished. It is a project that is created from the ground up without the restrictions of previous work on the land, such as an existing building or infrastructure. It can include infrastructure, industrial, manufacturing, and urban development projects created on undeveloped greenfield land. Examples of greenfield projects are new factories, power plants, and airports developed from the ground up on greenfield land.

A leading issue related with the utilization of renewables is how can large scale energy production is possible with the potential of nearly 850 GW potential in solar energy alone. If renewables were able support the country’s effort to meet the rising demand, large scale production and gridding of such energy generated is necessary.

The solar park is a concentrated zone of development of solar power generation projects and provides developers an area that is well constructed, with proper infrastructure, access to amenities and by minimizing paper works for project implementation.

Going solar is a great step you can take towards a more sustainable energy source and save on monthly utility bills. Moreover, installing solar power plants of different capacities will support you in earning an income of Rs. 30000 to 1 Lakh.

If you want to have a substantial profit with little investment, you must install solar panels. You don’t need to have a separate space or a ton of money to install it. Here are a few perspectives on solar panels and their role in the economy.

(Build-Own-Operate)

OPEX Model

Under the OPEX model, a Renewable Energy Service Company (RESCO) invests, builds and maintains an onsite solar plant. The customer pays for the power generated under a long-term power purchase agreement (PPA) at an agreed tariff for a fixed tenure. The Opex model mitigates the investment and performance risk that a Capex model has since the customer only pays for the energy generated with no large asset-based investment. This makes the Opex model cheaper upfront. Even with a PPA, the power is significantly cheaper than grid power.

(EPC)

CAPEX Model

As the name suggests, the CAPEX model requires its own Capital Expenditure for the setup of the solar power plant i.e. customer holds ownership of the asset. If the business premises has ample space for installing a solar power plant and the business can make the upfront investment in owning a solar power plant, then a solar capex model should be explored.
Customer bears all the performance risk and must manage equipment & downtime losses.

Solar carbon footprints are a hot topic in the world of renewable energy as we strive to create a greener planet. Although solar energy helps thousands of households reduce their carbon emissions every day, the carbon footprint of solar panels can be quite significant due to their manufacturing process. In this article, we’ll compare how much CO2 is saved with solar energy with solar panel carbon footprints. We’ll discuss solar emissions and their alternatives, solar footprints, and discuss some up-to-date carbon footprint solutions.

Floating power plants have PV solar panels set up on top of water bodies like lakes, dams, or any other water body that is calm to prevent any damage to the panels.
Solar panels on the floating solar power plant are firmly fixed on buoyant structures to keep them afloat on water bodies to receive sufficient sunlight throughout the year. Electric current transfers from these panels to power plants through underwater cables.

India is undergoing a clean energy transition. The government is consistently implementing policies to increase the share of renewables in the total electricity mix. Solar energy, in the form of rooftop and utility-scale solar, is at the forefront with significant capacity addition over the past decade. The cumulative solar capacity has grown from 3 MW in 2009 to 31 GW as of September 2019 and is aimed to reach 100 GW by 2022.

Sunlight is at its peak during summers. A single solar or wind system installed in your home will produce ample electricity in summer. The efficiency, sadly, will drop in the winter season.
During winters, a single energy system cannot operate at its maximum efficiency. Hence, the better choice is to install a hybrid solar wind system.
The cost might be more than installing a single system, but it will be a one-time investment and better in the long run.

Large industrial facilities have set up captive power generation (conventional) to mitigate the effect of frequent shortages of electricity from the national grid. 70% of electricity generated under captive power in the case of wind power was set up by large industrial facilities.
Industries that can set up captive power are:
Textiles, Cement, Dairy, Chemical, Iron & Steel, Ceramic Industry, Paper, Sugar Industry, Ceramic Industry.

The purpose of Solar trees is to enhance the architecture and landscape they complement, usually in a public or commercial place, and to bring visibility to solar technology.
The objective of installing many solar trees is to promote understanding, awareness, and renewable energy adoption. They are not commonly used as a primary source of energy for a property as rooftop solar systems provide that energy.

Solar trees complement rooftop solar systems or other green building initiatives, symbolizing larger investments and their environmental benefits.

As one of the single biggest energy clients in the area, Metro is a significant accomplice for meeting territorial energy objectives. Through the innovative and community-oriented solar carport project, Metro is utilizing its real estate portfolio to supply local communities with renewable energy.
Solar carports are overhead canopies built of steel that support solar panels which collect sunlight, a renewable energy source, that is converted to electricity. The electricity will be sent to the utility company and finally delivered to local homes and businesses.

we guide you through the process and address challenges that may arise, such as regulatory compliance and staff training in safe hydrogen handling. Our certification services, construction supervision, and design review save time and ensure the finished plant is as safe and efficient as possible.