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Explore a Feasibility Study on installing carports and energy storage in a LEEDS Certified Building
Explore a Feasibility Study on installing DC fast charging for electric vehicles with solar carports and energy storage
UL Solutions HOMER Grid is built-on the trusted HOMER software engine used by more than 250,000 energy professionals in over 190 countries, plus the independent engineering expertise of our large advisory team. HOMER software optimizes the value of your hybrid power systems and energy storage whether the system is standalone, grid-connected, behind- or in front-of-the-meter.
Products include HOMER Pro for determining the best, least-cost solution for microgrids; HOMER Grid for designing behind-the-meter, grid-connected systems that save on electricity bills, reduce peak loads, and lower carbon footprints; and HOMER Front to maximize project IRR in utility-scale energy storage whether standalone or combined with other energy resources such as solar or wind.
Activity continues to move microgrids and hybrid power systems forward. The big news here in the U.S. is the passage of major climate legislation, the Inflation Reduction Act. In our article discussing the law, we focus on the transformational impact of the new policies. We expect it to accelerate the adoption of clean energy in the U.S. and I hope the law encourages other measures around the world.
There are many reasons microgrids are important. Most notably microgrids provide a resilient power supply and enable energy providers to use renewables at high penetrations and bypass some of the problems inherent in a centralized and highly regulated utility sector.
Change keeps accelerating in the energy world, especially for microgrids. We are now reviewing dozens of submissions to our annual conference and hoping you all can attend. The conference will be virtual again this year, making it easy to get to from anywhere in the world. Sponsorship packages also are now available, which offers a powerful way to get in front of and be seen as a leader in the global microgrid community.
Beyond serving as an introduction to the 8th Annual HOMER International Microgrid Conference which starts Monday, October 12, this issue of Microgrid News highlights new developments in the field of distributed energy such as the release of FERC Order 2222, current efforts to boost resiliency in California, and new power solutions for islanded communities.
In this issue of HOMER Microgrid News, we will preview some of the presentations you will hear, including a topic dear to my heart, remote monitoring. We also have an article on a hybrid battery combining the power of lithium with the durability and energy content of a flow battery, and an article on the coming wave of electric truck fleets.
HOMER Energy CEO Dr. Peter Lilienthal discusses changes we might make in the ways we price utility power as renewable energy provides a larger proportion of our electricity. How should energy pricing be used to incentivize the use of clean energy, energy conservation and dispatch of electricity at the most efficient times? What role will microgrids play in the transition?
You may have heard that HOMER Energy was recently acquired by UL. That prompted HOMER Energy CEO Dr. Peter Lilienthal to think about the history of the company, its roots in the US National Renewable Energy Laboratory and its recent evolution into a globally recognized tool for the trusted design of distributed renewable energy systems.
HOMER Energy CEO Dr. Peter Lilienthal recently returned from Somaliland where he was conducting a training on the HOMER software. Since his last visit, the country has been embracing renewable energy:
As distributed generation continues to grow at rates that outpace predictions, more utilities are turning to demand response programs as a way of managing loads dynamically. Once the realm of large industrial customers and some innovative residential programs, demand response will soon be an option for any owner of distributed generation, particularly if it has energy storage:
For those without any power, the focus is on access. For those with very expensive power on islands and remote areas, the focus is on reducing diesel consumption. For those worried about grid outages, the focus is on reliability and resilience. For the whole world, the focus is on reducing carbon emission, accommodating electric vehicles, and democratizing the power industry. Distributed generation and microgrids are the solution to all of these problems. We cannot think of a better partner than UL. Its acquisition of AWS Truepower in 2016 and now HOMER Energy demonstrate its dedication to the renewable energy industry.
Using the MATLAB Link feature, all HOMER Grid users can quickly write custom controller algorithms and test them with different system configurations. With the new C++ Controller API add-on feature in HOMER Grid, companies can showcase their controller products to the HOMER user base. The Controller API allows users to write and compile a custom controller in C++, which runs substantially faster than MATLAB, and protects proprietary code. The custom controller can then be distributed publicly with HOMER software for all users to consider as potential solutions in their systems.
HOMER Energy by UL develops and distributes HOMER software, a global standard for energy modeling tools that analyze solar-plus-storage, microgrids, and other distributed energy projects. HOMER Grid, aimed at the behind-the-meter solar-plus-storage market, helps commercial and industrial customers design hybrid renewable energy systems that save on electricity bills and lower carbon footprints. HOMER Pro simulates the engineering and economic feasibility of complex off-grid and grid-tied distributed energy systems that combine conventional and renewable power, storage, and load management. Based in Boulder, Colorado, we have over 200,000 users in more than 190 countries. Learn more at www.homerenergy.com.
HOMER is a computer model that simplifies the task of evaluating design options for both off-grid and grid-connected power systems for remote, stand-alone, and distributed generation (DG) applications. HOMER's optimization and sensitivity analysis algorithms allow users worldwide to evaluate the economic and technical feasibility of a large number of technology options and account for uncertainty in technology costs, energy resource availability, and other variables. HOMER can be used for designing and analyzing hybrid power systems, which contain a mix of conventional generators, cogeneration, wind turbines, solar photovoltaics, batteries, fuel cells, hydropower, biomass and other inputs.
The responsibility of the Banks County Building Department is to provide for the safety of the homeowner and the business owner by ensuring new construction, additions, and alterations are building code compliant according to codes mandated by the State of Georgia.
Banks County has adopted and enforces the following Georgia State Minimum Codes for Construction, each code in its latest edition, as adopted and amended by the Georgia Department of Community Affairs: Standard Building Code, Standard Mechanical Code, Standard Gas Code, Standard Plumbing Code, National Electric Code, Standard Fire Prevention Code, CABO One and Two Family Dwelling Code, Georgia State Energy Code, Standard Housing Code, Standard Existing Building Code.
The Uniform Fire Prevention and Building Code (Uniform Code) and the State Energy Conservation Construction Code (Energy Code), are contained within Title 19 of the New York Codes, Rules and Regulations (19 NYCRR). 19 NYCRR incorporates by reference publications including the current model code books as published by the International Code Council.
Various other parts of 19 NYCRR contain regulations related to the Uniform Code and Energy Code. They cover topics such as administration and enforcement of the code, variance procedures, training standards, standards for manufactured housing and factory manufactured housing, Council Rules and Regulations, truss construction identification, SEQR, etc.
Click the subscribe button below if you would like to receive email notifications pertaining to training events, code and regulation updates, Code Council meetings, and other information that is relevant to the code enforcement community.
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BOULDER, Colo., Sept. 18, 2023 /PRNewswire/ -- UL Solutions, a global leader in applied safety science, unveiled the powerful new 1.10 version of HOMER Grid modeling software, developed to assist with speeding up and simplifying designing and optimizing renewable distributed energy-plus-storage powered electric vehicle (EV) charging stations, which may allow for the maximizing of their potential revenue and return on investment (ROI).
With the rapid rise of EVs, energy project developers, engineering firms and EV charging station providers increasingly need to evaluate a proposed charging station's costs, revenue and performance in the project feasibility stage. HOMER Grid 1.10 enables users to rapidly calculate potential EV charging revenue based on user-defined charging prices and the costs of supplying electricity from the grid or using on-site renewable generation and storage. These new features join HOMER Grid's robust modeling of on-demand fast charging and managed or deferrable "smart" mode charging when time-of-use energy rates are lowest. The software enables project developers to reduce the time and uncertainty of evaluating the ROI of a proposed, site-specific, renewable energy-plus-storage powered charging station, maximize the project's value, and demonstrate that value to customers. Modeling results can also help speed the permitting process, reduce the time from quote to construction, and provide cost-savings and revenue generation data that mitigates project risk and may result in better financing terms.
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