Galooli Glossary
What Is OPEX in Energy Management?
What Is Predictive Maintenance?
What Is a Battery Monitoring System (BMS)?
What Is Condition-Based Maintenance?
What Is an Energy Management System (EMS)?
What is Energy Availability
We lived in a world that runs on energy. Energy consumption peaked before the COVID pandemic reduced global activity, but it’s quickly returning to record highs. Planning around the accessibility of that energy and its associated resources is critical for the success of any venture. Just recently, the disruptions to Europe’s energy supply have created no small amount of chaos and concern for how people will keep their homes heated in the coming winter.
These disruptions have brought greater scrutiny to an often neglected but central part of the economy, which is energy availability. The problem is that avoiding low energy availability is all about planning for the future and sufficient investment in the underlying energy resources, two steps that are easy to overlook at a bureaucratic level.
However, when the proper steps are taken and the costs are shouldered, the long-term benefits of managing a stable energy supply are immeasurable. So, what is energy availability?
Energy availability refers to the accessibility of electrical power. Depending on the scope of the conversation, understanding energy availability requires focusing on different parts of the energy supply chain. The various aspects of energy availability to know about are the accessibility of natural resources, reliability of renewable energy, and the lifetime efficiency of energy storage assets.
Energy availability can be a concern for anyone, no matter the scale they’re operating on. Government organizations must worry about the impact of reliable energy on the economy and security, businesses need to plan out energy costs of facilities, and individuals want to know more about their options for energy resources.
To fully understand energy availability, you also have to look at energy storage. The most common form of energy storage, batteries have varying energy availability based on their capacity, materials, and overall price. Furthermore, this availability changes over the lifetime degradation of the individual batteries in a system based on usage patterns and other specifications
The dawn of the age of energy digitalization has made energy fundamental to the function of most aspects of modern society. This makes energy availability a key topic to understand in ensuring the reliability and overall security of many industries and sectors.
For businesses in energy-intense fields, determining municipal energy availability is an important factor in planning the location of various new facilities. An abundance of local natural energy resources means relatively lower energy transportation costs, which leads to a substantial reduction in the lifetime energy costs of any size building.
Another key factor in energy management is energy efficiency. Taking steps to increase efficiency can function as a multiplier on the potential power drawn from energy resources.
On the other hand, many fields need to set up sites in more remote locations. In this case, the energy availability becomes a question of the cost and capacity of the different options for remote power.
What is HVAC?
Amid international disruptions to energy distribution systems and the growing burden of unpredictable weather, many taken-for-granted aspects of infrastructure are coming under greater scrutiny. In particular, the buildings that shelter us from this chaos are consuming more and more power as our reliance on their protection increases.
One of the main technologies that make buildings hospitable is air conditioning. AC belongs to the holy trinity of building comfort, Heating, Ventilation, and Air Conditioning. Some governments have begun adopting increasingly strict regulations of these systems, limiting fuel types, and demanding higher efficiency. Electrical HVAC systems are one of the options touted to replace older nonrenewable fuel-based heating and cooling.
So, what is an HVAC system? Temperature control seems straightforward, but many factors go into designing these systems, and even more to consider when looking at improving their efficiency in real-world conditions.
Let’s take a look at each element of HVAC:
Raising the temperature in a building means using burned fuel, electricity, or heat pumps on-site to heat and distribute air directly or via heated water or steam. Heating elements carry different risks based on their potential to generate harmful gases.
The goal of ventilation varies slightly based on local climate and air pollution. Both air contaminants and humidity need to be filtered from the outside to effectively control indoor air quality. Indoor air circulation is also an important factor in regulating temperature.
Areas with drier, cleaner air can use well-placed windows or vents to create passive ventilation. It’s also possible to have some impact on heating and cooling through certain building designs.
AC units come in all shapes and sizes. They work best when the type of AC unit included is planned for in the building’s construction, as this impacts the placement and efficacy of the cold air distribution system.
As a function of being closely tied to the ventilation system, AC units also tend to serve as the main interception point for air filtering and dehumidification.
What is Energy Use Intensity?
What is a Smart Grid?
What is a Network Generation
What is Energy Digitalization?
What is a Microgrid?
What is ESG?
What is Energy Efficiency?
What is RAN?
What Is a Remote Terminal Unit (RTU)?
What is Smart Energy?
What is ICT?
What is Cell on Wheels (CoW)?
What is PUE?
What is Energy Storage?
What is IoT (For Energy Management Systems)
What is Fuel Management
What is a Base Station?
What is Energy as a Service
What is Digital Twin Software
What is an MSP?
What is Remote Monitoring and Management (RMM)
What is Edge Computing?
