HOMER Energy is currently seeking microgrid conference speakers for its 5th annual HOMER International Microgrid Conference (HIMC2017), September 18-20, 2017 in Denver, Colorado. This year’s conference theme is “Microgrid Lessons from Global Markets.” If you are an industry practitioner, microgrid project manager, researcher, or executive interested in delivering a 20- to 30-minute presentation or participating in a panel discussion, HOMER invites you to submit a proposal via the conference website or via email no later than […]
HOMER Energy is pleased to have Distributed Energy Magazine as our lead media partner for this year’s HOMER International Microgrid Conference. Distributed Energy Magazine is focused on the critical needs of the commercial, industrial, and institutional energy management sector, with coverage including the latest trends and technologies in onsite energy efficiency and reliability. As the key media partner for the HOMER International Microgrid Conference, Distributed Energy will feature coverage of the event and exciting […]
The University of Alaska-Fairbanks’ groundbreaking Arctic Remote Energy Networks Academy (ARENA) program has brought together a multinational community of energy representatives from throughout the Arctic region for comprehensive training, including using HOMER Pro to model the most effective systems for Arctic renewable energy optimization. ARENA education focuses on developing, operating, and managing sustainable, renewable remote energy microgrids via a mix of capacity building, online training, in-person site visits and sessions, and networking. ARENA education on […]
More than 9.8 million people were employed in the renewable energy sector in 2016 — continuing to increase over 2015 numbers — according to a new report from the International Renewable Energy Agency (IRENA). Released at the organization’s recent council meeting, the fourth edition Renewable Energy and Jobs –(IRENA) Annual Review 2017 provides the latest employment figures in the renewable energy sector as well as insight into factors affecting the RE labor market. The report presents the status of renewable energy employment, both by technology and in selected countries, over the past year.
On April 25th and 26th, 2017, HOMER Energy participated in the TISED (Trottier Institute for Sustainability in Engineering and Design) microgrid research workshop program, Is There a Role for Microgrids in the Energy Future of Quebec and Canada? HOMER Energy CEO Peter Lilienthal spoke about “Microgrid Activity around the World,” distilling insights from HOMER Energy’s database of 25,000 microgrid projects in 193 countries.
Traditional fmicrogrid crowdfundingunding methods often make it difficult to raise capital for microgrid projects, especially those created to specifically for populations with limited means. Funding from NGOs or government agencies is difficult to secure. Crowdfunding, on the other hand, raises capital through the collective effort of individual small investors, making microgrid and other critical projects a reality all over the world — in fact, the World Bank predicts crowdfunding in the developing world will exceed US$96 billion per year within the next 10 years.
In the United States, where minimalism and simplicity aren’t always a system’s determining factors, microgrid technology has made possible many groundbreaking projects that could lead to new models for off-grid power generation, distribution, and storage. These include everything from corporate campus microgrids to energy-plus-storage systems for multi-family affordable housing projects.
HOMER User Case Study: SAFT The following case study is adapted from a presentation given at the 2016 HOMER International Microgrid Conference. SAFT‘s Stuart Lansburg spoke to attendees about cold-weather storage and SAFT’s approach to these high-tech battery storage systems, presenting two case studies and a critique of HOMER Pro performance. Importance of storage in remote cold-weather microgrids When utilized in remote northern microgrids, storage systems enable a high penetration of renewables, producing fuel savings and a return […]
Using fossil fuels to power cannabis cultivation is detrimental to the environment, takes “green” out of industry.
Energy is one of growers’ largest costs, accounting for as much as 50% of total overhead. However, implementing a microgrid can reduce those costs by as much as 25%. Scale Energy’s microgrids combine solar, storage, and combined heat and power (CHP). The systems make for a much more environmentally friendly operation while dramatically reducing costs, hence the revolutionary role they will play in this growing industry.
Last week, between March 13 and 15, Winter Storm Stella dumped as much as 58 inches of snow on the Northeast and the Mid-Atlantic United States. The storm knocked out power for more than 400,000 people as far south as Virginia and as far north as Nova Scotia. More than 60,000 people lost power in Massachusetts alone. The increasing frequency of severe weather events like Winter Storm Stella exposes the vulnerability of outdated, overloaded […]