Commercial Solar PV Projects Built by Maktinta
BP Oil Industrial Complex
Richmond, CA
Maktinta successfully delivered a significant solar PV installation at the BP Oil industrial complex in Richmond, CA, a vital facility at the Port of Richmond. The client, BP Oil, sought to enhance energy sustainability and operational resilience. Maktinta engineered a robust 750 kWp solar PV system, commencing with a critical roof replacement to ensure long-term structural integrity.
A key challenge involved executing the project within a continuously operating industrial environment, navigating active truck traffic and forklift movements, while adhering to stringent port security requirements including extensive background checks and FBI authorization for all personnel. Completed in September 2023, this complex commercial solar project is estimated to generate 1,162,500 kWh of clean energy annually, leading to an approximate carbon reduction of 427 tons of CO₂ emissions each year.
This renewable energy installation provides BP Oil with substantial environmental benefits and contributes significantly to their sustainability goals, all while demonstrating Maktinta's capability to deliver high-quality solutions under demanding operational conditions, thanks in part to the dedicated TA Krause team.
Eco Friendly Hotel
Santa Cruz, CA
Santa Cruz, California, enhancing sustainability and reducing operational costs: Solar Thermal System: This system comprises 18 flat-plate solar thermal panels paired with a 1,200-gallon storage tank, supplying domestic hot water to meet the needs of hotel guests and facilities.
Solar Photovoltaic (PV) System: A 120 kW solar PV installation provides clean, renewable electricity to the hotel, significantly lowering energy expenses and contributing to environmental sustainability.
These systems are CEC Title 24-compliant, adhering to California's stringent energy efficiency standards. The solar thermal system ensures a reliable supply of hot water, while the solar PV system reduces the hotel's dependence on grid electricity, leading to substantial cost savings.
Maktinta specializes in commercial solar installations in California, offering tailored renewable energy solutions for businesses aiming to enhance energy efficiency and sustainability. As a leading solar energy contractor, we provide comprehensive services, from design and installation to maintenance, ensuring optimal performance and long-term benefits for our clients.
The Monastery
San Francisco, CA
Maktinta proudly delivered an innovative solar energy solution for "The Monastery," a new construction project in San Francisco, CA, spearheaded by Barak Jolish. Tasked with exceeding stringent Green Building codes for CO₂ footprint reduction, Maktinta engineered a sophisticated integrated solar thermal and 30 kWp solar PV system.
The solar thermal component efficiently provides radiant heating for the building and domestic hot water, significantly reducing reliance on conventional energy sources. Concurrently, the solar PV installation ensures 100% of the common areas, security systems, and laundry facilities are powered by clean electricity. This project marked a pioneering achievement as the first solar thermal system integrated with advanced control and remote monitoring capabilities, optimizing performance and efficiency.
Completed in July 2013, this landmark renewable energy installation in San Francisco generates an estimated 47,700 kWh of electricity annually, offsetting approximately 8.44 tons of CO₂ emissions each year. "The Monastery" garnered the prestigious 2013 Solar Industry Award for innovation in design, exemplifying Maktinta's commitment to cutting-edge sustainable building solutions.
Student Housing
Cotati, CA
Maktinta completed a comprehensive energy retrofit for student housing in Cotati, CA, a facility serving UC Sonoma students. The project aimed to significantly reduce the building's CO₂ footprint by integrating both solar thermal and solar PV systems. The advanced solar thermal installation efficiently provides domestic hot water to the building, while the 50 kWp solar PV system actively reduces the facility's grid electricity draw, ensuring clean power for common areas and overall building operations.
A key technical highlight was the integration of Maktinta's advanced solar controller, enabling precise remote control and monitoring of the entire system for optimized performance. Completed in July 2017, this renewable energy installation is estimated to generate 79,500 kWh of clean electricity annually from the PV array, contributing to an approximate carbon reduction of 14.07 tons of CO₂ emissions each year.
This innovative dual-system approach showcases Maktinta’s expertise in delivering tailored, sustainable solutions that provide both significant environmental benefits and enhanced energy independence for educational institutions.
