Pinder Tile: Solar and Battery System for Industrial Operations
Introduction
Pinder Tile, a leading manufacturer in Nassau, Bahamas, sought a more sustainable and cost- effective solution in response to escalating operational costs, including a staggering $258,000 annual diesel expenditure. The goal was to enhance efficiency and sustainability in their operations, particularly in powering the heavy machinery and vehicles crucial for daily logistics and manufacturing operations. Island Solar Ltd, a trusted installer led by Dwayne Frazer, took the lead in designing and implementing a comprehensive solar and energy storage system utilizing Sol-Ark technology.
The Story of Island Solar Ltd and Pinder Tile
Founded with a mission to provide sustainable energy solutions, Island Solar Ltd has been delivering reliable solar installations across the Bahamas. Their expertise ranges from residential projects to large-scale commercial systems, with a strong focus on integrating solar and energy storage solutions. In late 2022, Island Solar Ltd was approached by Pinder Tile to develop a renewable energy system that would significantly reduce operational costs while meeting their sustainability targets. After careful design and selection, Island Solar Ltd installed three of Sol-Ark’s 60K hybrid inverters paired with the L3 HVR Series outdoor battery, ensuring a seamless integration of solar power and energy storage into Pinder Tile’s industrial operations.
The Challenge of Sustainability and Cost Reduction
Pinder Tile faced unique challenges in achieving a more sustainable operation:
High Operational Costs: With diesel expenditures reaching $258,000 annually, the need to reduce reliance on traditional fuel sources was urgent.
Energy Needs for Heavy Equipment: The company required a robust energy solution to power heavy-duty machinery and electric vehicles vital for daily logistics and manufacturing.
Decarbonization Goals: Pinder Tile aimed to reduce carbon emissions and align their operations with broader environmental sustainability goals.
Why Pinder Tile
Chose Sol-Ark and
Island Solar Ltd
To meet these challenges, Island Solar Ltd recommended Sol-Ark’s advanced 60kW hybrid inverter system paired with the L3 HVR Series batteries. Sol-Ark was chosen for its:
Scalable and Robust Design: The system’s ability to handle both on-grid and off-grid operations provided Pinder Tile with the flexibility needed for their industrial setup.
Efficient Energy Management: The hybrid inverters and battery systems ensured efficient energy conversion and storage, with over 400kWh of solar energy generated daily.
Seamless Integration: Sol-Ark’s technology enabled a seamless integration that minimized production downtimes, expedited code-compliant installations, and reduced service calls.
The Solution - How Sol-Ark and Island Solar Ltd Delivered
To meet these challenges, Island Solar Ltd recommended Sol-Ark’s advanced 60kW hybrid inverter system paired with the L3 HVR Series batteries. Sol-Ark was chosen for its:
Scalable and Robust Design: The system’s ability to handle both on-grid and off-grid operations provided Pinder Tile with the flexibility needed for their industrial setup.
Efficient Energy Management: The hybrid inverters and battery systems ensured efficient energy conversion and storage, with over 400kWh of solar energy generated daily.
Seamless Integration: Sol-Ark’s technology enabled a seamless integration that minimized production downtimes, expedited code-compliant installations, and reduced service calls.
The Solution – How Sol-Ark and Island Solar Ltd Delivered
The collaboration between Sol-Ark and Island Solar Ltd resulted in a highly efficient and sustainable energy solution for Pinder Tile:
System Configuration: Solar Array: 75.8 kW solar array per station, utilizing three Sol-Ark 60K hybrid inverters.
Energy Storage: Four L3 Series Lithium BESS providing a total system capacity of 180kWac with 240kWh of energy storage.
Application: Designed to charge four forklifts and two flatbed trucks, pivotal for moving materials in construction projects.
Overcoming Challenges: Reducing Diesel Dependence: By switching from diesel generators to solar energy, Pinder Tile reduced their fuel consumption significantly, achieving substantial cost savings.
System Efficiency: The solar and storage system efficiently powered all necessary machinery, reducing both operational costs and the carbon footprint.
Reliable Power Supply: The solar-powered system allowed for 24/7 availability, ensuring that essential operations continued without disruption.The installation proved to be seamless, and Pinder Tile is currently meeting their decarbonization targets while also being on track to significantly reduce their overall energy costs,” said Daryl Dejoy,
President of Island Energy Storage and a veteran in renewable energy with over 35 years of experience. “We consistently choose Sol-Ark inverters and now we are also utilizing Sol-Ark high voltage batteries due to the thoughtful design and seamless integration into commercial installations they provide. With Sol-Ark solutions, we find we have fewer lost production hours, faster code-compliant installations, and minimal service calls. Their 7 days a week Tech Support is outstanding. I believe Sol-Ark is the industry standard for current and future solar manufacturers,dealers, and installers.”
The Results
The system has successfully transformed Pinder Tile’s energy landscape, enhancing sustainability and operational efficiency:
Decarbonization Targets Met: The new system has enabled Pinder Tile to meet their decarbonization goals, significantly reducing carbon emissions from diesel usage.
Operational Cost Reduction: By eliminating reliance on diesel, Pinder Tile is on track to significantly reduce their overall energy costs, enhancing both environmental and economic sustainability.
Reliable Operations: The solar and battery system provided consistent energy, reducing downtimes and ensuring seamless operations for heavy machinery and logistics.
