1. Energy Storage and Solar PV for Healthcare Facilities
Battery Storage Technology for Commercial Healthcare: Global Market Analysis and Forecasts
Energy storage for healthcare use can present an innovative solution to provide critical backup power for healthcare facilities and homes. Commercially, energy storage in hospitals and clinics is being driven by an increase in facility resilience and opportunities for time-of-use (TOU) and demand charge cost savings. Residentially, energy storage provides potentially life-saving technology for residential patients who may or may not be able be able to evacuate during a power outage. Decreasing battery prices are making this technology more accessible for the average energy consumer.
https://guidehouseinsights.com/reports/energy-storage-and-solar-pv-for-healthcare-facilities
2. Energy storage for hospitals
Solar energy company Sustain Solar has completed the supply of its battery energy storage system to the Cecilia Makiwane Hospital in East London, in the Eastern Cape.
The system was supplied to the hospital as part of a joint initiative between electrical equipment supplier Siemens, nonprofit organization Solidarity Fund and the German Ministry of Economic Cooperation and Development, as well as branded and generic pharmaceutical products supplier and manufacturer Aspen Pharmacare, which built a 100-bed modular treatment facility at the hospital.
The aim of the project – successfully completed at the end of March this year – is to alleviate healthcare pressure at the hospital during the Covid-19 pandemic.
Sustain Solar was responsible for delivering a 20 ft container that houses a 61.2 KWp grid-tied solar photovoltaic (PV) inverter system, including 222 KWh of lithium-ion batteries.
http://afsiasolar.com/company-provides-energy-storage-for-hospital/
3. Rotherham Hospital benefits from battery energy storage system
Veolia has commissioned a new battery energy storage system (BESS) at the 500-bed Rotherham Hospital as part of a 20-year Energy Performance Contract (EPC).
The 500 KWh storage capacity will contribute to targeted EPC savings of over £1m a year, provide an energy income, increase the resilience of the energy supply, and enable the Rotherham NHS Foundation Trust to cut carbon emissions by 49,620 tonnes.
The EPC used by the trust is the NHS-standard performance contract, managed, procured, financed, and monitored for its lifetime by the Carbon and Energy Fund.
With a growing sustainable energy supply in the energy mix, grid resiliency is important to manage the variable availability of sustainable energy sources such as wind and solar power.
To counter these variations the battery system effectively balances the output of renewable energy sources which operate in a less-predictable manner compared to traditional power stations.
Achieving net-zero carbon will require a sustainable energy supply that can replicate and replace fossil-fueled power stations
4. Electricity storage in hospitals
Hospitals spend thousands of dollars per bed in electricity each year. With such a high operating cost, it’s no wonder many hospitals are seeking to conserve energy. Energy efficiency in hospitals takes skill and coordination, but the results can save money and even help patients in their recovery process.
What Are Common Energy Efficiency Problems in Healthcare?
The healthcare industry is complex. In pursuing the noble goal of saving lives, hospitals have unique needs. For an industry that uses far more energy than most, it can be difficult to get a healthcare facility running efficiently. Several factors make it challenging to achieve energy-efficient operations in a hospital setting, including:
How Does Large Scale Energy Storage Work?
Energy storage on a commercial scale requires a large battery system connected to your existing electrical infrastructure. This system can include other energy generation systems such as solar, wind, and cogeneration. When the sun is shining, the wind is blowing, or the electricity cost are lowest the battery stores the excess energy for later use. When generation drops below a given threshold — due either to excess demand or limited sun light or wind conditions —or the electricity costs are at their peak, the battery kicks in, providing the extra power you need to maintain adequate power for your building and lower your energy costs. This process keeps supply consistent, avoiding any sudden demand spikes that can drive up your overhead costs.
5. Solar and storage can help hospitals save money, and lives
It may not surprise you to learn that the healthcare sector is one of the largest carbon emitters in the country. It accounts for 10% of the nation’s carbon emissions and 9% of the nation’s non-greenhouse air pollutants that harm health. And that’s ironic for community assets focused on health. More frequent and intense climate-related disasters threaten the ability of hospitals, in particular, to take care of their patients.
We don’t have to look to the future to imagine what those threats would look like. Several hospitals across the country and U.S. territories have already lived through dire situations during wildfires and hurricanes in places such as California, Louisiana, and Puerto Rico.
Some hospitals had to evacuate. Other healthcare workers had to pump ventilators by hand to keep their patients alive. During Hurricane Maria, blocked roads prevented doctors and people who needed care from getting to hospitals. If it was difficult for doctors to get to hospitals, you can imagine that transporting diesel in the middle of a crisis would also be tough, expensive and unsafe. These disasters underscore the risks of relying on fossil-fuel backup generators and the need to increase the energy resilience of hospitals.
These disasters underscore the risks of relying on fossil-fuel backup generators and the need to increase the energy resilience of hospitals.
https://generation180.org/solar-and-battery-storage-can-help-hospitals-save-money-and-lives/
