PLVision, committed to uninterrupted operations and business sustainability, invested in solar panels for its Lviv office. This initiative strengthens our business continuity plan while generating clean energy and reducing reliance on the strained grid.
PLVision saw solar panels as a natural step towards energy independence. This article explores the benefits of solar power and the considerations we made during the installation process.
Why PLVision Decided to Implement Solar Panel Technology
PLVision is constantly improving its emergency business continuity plan, and the installation of solar panels at the Lviv office is one part of this effort.
Solar panels offer several significant advantages. First, they allow PLVision to generate clean, renewable energy for the office. Since opening, the company has been working to ensure uninterrupted operations by addressing potential challenges like power outages, adhering to ISO requirements.
The office was already equipped with a backup generator, installed many years ago, uninterrupted power supplies, and internet from multiple providers. This proactive approach reflects PLVision’s commitment to minimizing any risks. However, PLVision strives for continuous improvement, and the decision to install solar panels became a natural step. In fact, we were among the first IT companies in the region to take this step, prioritizing resource conservation and environmental responsibility.
Solar panels on the territory of the PLVision office
Economic and Environmental Benefits
Solar power offers a compelling solution with significant economic and environmental benefits. Solar panels are durable and can withstand various weather conditions. Additionally, many components can be recycled at the end of their lifespan.
Furthermore, by generating excess electricity and feeding it back into the grid under a green tariff, we can contribute to grid stability and receive compensation from the state. And this creates a win-win situation.
But there are also some key factors to keep in mind:
- Upfront Cost: While the initial cost of solar panels can be high, with careful planning and energy savings, they can pay for themselves in 4-6 years through reduced electricity bills.
- Energy Production: Solar panels are most efficient on clear, sunny days. Their performance naturally decreases at night and during cloudy weather. Therefore, they cannot be a completely standalone, continuous source of energy.
- Space Requirements: Installing solar panels typically requires a significant amount of usable space. Additionally, the panels need to be tilted at a specific angle to maximize sunlight collection, which may be a limitation for some properties.
Despite these considerations, solar power remains a powerful solution with long-term economic and environmental benefits.
From Idea to Implementation
In March 2023, we decided to explore adding a renewable energy source for our office.
To save space, we opted for a solar panel installation over our parking lot. These panels provide shade and protection for cars in the long run, while requiring minimal maintenance.
The company’s office and parking lot before and after the appearance of solar panels
The station consists of 115 photovoltaic modules, each with a capacity of up to 435 W, for a total capacity of 50 kW. On the sunniest days, the system generates more than 315 kW of electricity. In the summer, the system provided 47% of the office’s electricity needs (the average throughout the year should reach 23.6%). The total investment cost was $76,420.
Under ideal conditions and current electricity tariffs, this energy-efficient project should pay for itself in 4 years. However, it will likely happen sooner due to the unfortunately rising electricity costs.
Conclusions
PLVision’s investment in solar panels demonstrates a commitment to both business continuity and environmental responsibility. Solar power offers a reliable source of clean energy, reduces reliance on the strained grid, and provides economic benefits through reduced electricity bills and potential compensation for excess electricity generation. While there are upfront costs and space considerations, careful planning can ensure a return on investment within a few years.
This project serves as a successful example of how businesses can can implement long-term solutions and contribute to a more sustainable future.