In this quarterly blog series, we share three valuable resources to drive adopting innovative technologies, enhance organizational efficiency, and unlock new opportunities for your organization.
KEY CONSIDERATIONS FOR ADOPTING COMMERCIAL HEAT PUMP ROOFTOP UNITS
WHAT: Rooftop air conditioning systems, or rooftop units (RTUs), are advanced heating and cooling solutions designed to deliver optimal performance while significantly reducing energy consumption. These systems serve nearly 50% of the U.S. commercial building floor area, making them a cornerstone of energy management in the sector.
WHY: Replacing outdated or inefficient RTUs with modern, energy-efficient models is a strategic move in improving operations and helping organizations accelerate efficiency.
HOW: This document provides best practices for adopting RTUs and highlights key considerations for commercial building owners for heat pump RTU installations.
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MAXIMIZING ONSITE RENEWABLE ENERGY GENERATION AND ENERGY STORAGE
WHAT: Onsite renewable energy systems and energy storage can help organizations save money, reduce energy waste, and improve resilience.
WHY: When onsite generation and storage are combined, known as "behind-the-meter" systems, facilities can maximize the benefits of onsite renewables.
HOW: This fact sheet includes technical recommendations for onsite renewables and storage systems to support organizations’ energy independence and ability to meet future energy demands.
ONSITE RENEWABLE ENERGY AND STORAGE: AFTER THE INSTALLATION
WHAT: Following installation of an onsite renewable energy system, a standardized operations and maintenance (O&M) approach is key to long-term success. An O&M approach provides organizations with information on improving system performance, tracking energy consumption costs and savings, and extending system functions.
WHY: A standardized O&M approach can decrease organizational costs, create a predictable understanding of those costs over time, and increase system performance.
HOW: This fact sheet provides guidance for an effective O&M program, outlining strategies for implementing O&M practices throughout design, construction, and operations to improve organizational energy production.