Energy in Action! — renewables

What a fantastic solar energy, Cleantech, energy policy and disruptive technologies panel and discussion hosted by United Consulting.  Led by Georgia Public Service Commissioner, Tim Echols, the presenters represented a cross section of stakeholders in the industry - Alicia Case, Southeast Region Lead of Sustainability with JLL, Wilson Mallard, Director of Renewable Development with Georgia Power, Southern Company and Kaveh Kamooneh, Owner with Better Solar Tomorrow.   Some key takeaways - - Georgia is on the move with leading edge companies building factories to support the Cleantech industry. The Georgia Department of Economic Development working with policy makers, Georgia Power and local communities have landed some major...

A microgrid is a small scale electricity grid that can operate independently from the main power grid. It is typically used to provide power to a small community or a single building, and it can incorporate a variety of different energy sources, such as solar panels, wind turbines, and fossil fuel generators.  It can utilize battery storage to add to the Microgrid’s resiliency. There are several different types of microgrids each with its own unique characteristics and applications.One type of microgrid is the stand alone microgrid which is not connected to the main power grid. These systems are often used...

A virtual power plant, also known as a VPP, a system that uses a network of distributed energy resources (DERs) such as solar panels, wind turbines, and energy storage systems to generate and manage electricity. Unlike a traditional power plant that relies on a central source of generation, a VPP is decentralized and can be located at multiple sites across a grid. One of the key benefits of a VPP is its ability to provide flexibility and reliability to the power grid. Because the generation and storage of electricity is distributed across multiple sites, a VPP can quickly adjust to...

The Hong Kong Energy Savings Plan policy sets a pathway for driving energy saving through a combination of educational, social, economic and regulatory means, especially for buildings and inhabitants to become highly energy efficient by 2025 (reducing energy intensity 40% from 2005 base levels).  To achieve this goal, the government has introduced several measures, including the promotion of energy efficient buildings through retrofits as well as new construction standards.  The plan also promotes the use of renewable energy sources. For example, the government has introduced financial incentives for businesses that invest in energy efficient technologies such as LED lighting, building automation, efficient HVAC systems and solar panels to name a few. Measurement and Verification and the validation of energy efficiency savings will play an important role in helping Hong Kong meet its energy reduction goals.