You're facing a tight budget for energy efficiency upgrades. How can you meet clients' demands effectively?

Energy model variants to improve design performance, then price improvements to find the budget sweet spot. Look at whole of life costs, not just initial build price.

Begin by identifying the most critical upgrades that will offer the highest return on investment (ROI) or immediate impact on energy efficiency. Conduct an energy audit to determine which areas are most in need of improvement. Prioritize actions based on potential energy savings, cost, and urgency.

Un levantamiento previo ayuda a optimizar e identificar las áreas clave, para la optimización de energía. Es muy importante recabar toda la información posible: diagramas unifilares, tipo de instalación, carga instalada y de ahí elaborar un presupuesto. Que se acerque a las necesidades del cliente. Siempre será importante poder hacer eso para lanzar un precio que se ajuste realmente al presupuesto del cliente.

Very simple, go for the "low hanging fruit" first, execute those measures and then continue to address other items following the SIRs from greatest to least. The funds saved should be returned to the budget to further increase efficiency.

As an initial step, a comprehensive analysis of the energy consumption patterns via a detailed review of building systems operations and documentation is essential for identifying inefficiencies requiring immediate intervention. This process enables prioritization of areas that can be addressed within a constrained budget. For unresolved issues, strategic plans can be formulated, incorporating automation control systems or manual overrides to optimize operations.

I know I am jaded, but it is amazing how many warehouse and distribution buildings are solely reviewing active solar PV and haven't considered passive solar toplighting with skylights and lighting controls. IECC 2021, Chapter 4, is loaded with efficiency minded solutions, and toplighting for warehouse and distribution is a solution that can be implemented with only 2% of the roof surface, installing products that even come with FM approved, Class 4, severe hail ratings, and eliminate the need for electric lighting for 8 to 10 hours a day. It's zero carbon, zero energy lighting with the full spectrum performance benefits for the workers in the process. The largest building developers and owners are using it... You need to check it out!

Implementing solutions such as raising the space temperature setpoints by 1°C above the current levels and utilizing free cooling when ambient temperatures are lower can significantly reduce energy costs. These measures represent a few innovative approaches to alleviate the financial burden associated with energy consumption.

Make the case for an energy budget: allocate a portion of the proven savings achieved through energy efficiency, energy procurement, or sourcing to future energy projects. This approach allows you to maintain control over the budget and ensure that projects continue to be funded during periods of lower or slower investment.

Make sure your energy efficiency projects are getting the most value possible by connecting them to capacity and ancillary market revenues! Connect with a Virtual Powerplant Aggregator and find out the exact rebates and revenues that your regional electric grid is offering for your energy efficiency projects (lights, chillers HVAC, generator, solar array, or even a small reduction of energy use at times the grid is stressed) can net for your business. Plugging my company, Cpower Energy, cause that’s how we roll here on LinkedIn. We operate in all the major RTOs around the US and know about the 55+ grid resiliency and load shedding programs available. Since 2015 we have paid out over 1 billion in grid revenues to client partners. Good luck🫡

Creating a site analysis report and presenting the findings to the client in simple terms raises their awareness of the operating conditions. Engaging with them for feedback ensures their indirect involvement and shared responsibility in decision-making. This collaborative approach facilitates the approval of necessary actions and budget allocations, making it easier to secure additional funding or extend budget limits.

First thing to do is to start looking at what is going on. The first and most important step is to implement monitoring and IoT. It may seem an investment without return, however, think about this: will you accept the prescription of a medicine without any doctor examination or any appropriate health-check first? In my experience, once basic measurements on any system are in place, all the easy wins become clearly visible and savings will come at very low or no extra costs. Then it is possible to move to the next step and incrementally improve the situation by addressing the next big problem while continuously monitoring the progress.

Remember that when it comes to HVAC changes they nearly all have an effect on the rest of the system. Fixing a manually open control valve could improve the Delta T, the chiller(s) experience, which improves efficiency. Getting that sensor that you have manually overridden will deliver better data to the BMS, allowing it to control more efficiently. Starting small and delivering small savings should give you and all stakeholders confidence. Hopefully, you can use those smaller savings to pay for more upgrades. Plus, the big-ticket items you might think you need right now, won't work as well as they should until you get the small stuff right.

Showcasing successes on global platforms like LinkedIn can inspire proactive energy efficiency efforts. Publishing the organization's cover page with achievements in budget-constrained projects can motivate both the organization and others. Additionally, establishing offices in lower-cost areas can reduce rental expenses, reallocating those funds towards energy efficiency initiatives. High rental costs for city center spaces are unjustifiable, especially when occupants mainly commute by private vehicles instead of public transportation.