H2scan BSS Catalog 2025 - Flipbook - Page 19
Reprinted from
Issue 34
Febrary 2024
The Evolution of Battery Energy Storage
The Evolution of Battery Energy Storage
By Jeff Donato, H2scan Corp.
Battery Energy Storage System (BESS), has undergone a
remarkable evolution in recent years, driven by advancements in
battery technology, policy changes, and the increasing need for
grid 昀氀exibility with the rise of renewable energy. Battery energy
is used in grid support, integration of renewable energy and
commercial/ industrial applications.
Advancements in battery technology have shrunk cell sizes,
boosted capacities, and slashed costs, making BESS a viable
Advancements in battery technology have
shrunk cell sizes, boosted capacities, and
slashed costs, making BESS a viable and
attractive option for diverse applications.
In grid support, BESS alleviates peak demand burdens stabilizing
the system. They excel at integrating renewable energy,
absorbing excess solar and wind generation power during
and attractive option for diverse applications. Policy landscapes
periods of abundance, and releasing it when the sun dips below
BESS plays in grid resilience and decarbonization, with supportive
uninterrupted energy supply.
the most signi昀椀cant driver, however, is the focus on growth of
In the commercial and industrial realm, BESS empower
their inherent variability challenges grid stability, demanding
power and utilize it during peak hours, slashing energy costs and
around the world are rapidly evolving, recognizing the crucial role
regulations and incentives further fueling the BESS boom. Perhaps
renewable energy. As wind and solar power soar in popularity,
昀氀exible solutions like BESS to bridge the gaps.
90000266
the horizon or the wind slows down, ensuring a reliable and
businesses with self-reliance, allowing them to store off-peak
boosting operational ef昀椀ciency.
pg.19
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