Portable Solar, Wind, and Water
Generators Are Impacting Isolated Communities and Remote Operations
In early
October, 2015, Category 4 Hurricane
Joaquin tore through
the Bahamas causing torrential rainfall, storm surge flooding and total
blackouts. On Crooked Island, one of the hardest-hit islands, about 85 percent
of the homes in one settlement were reportedly destroyed, and residents were
isolated without fresh water, power, or communications. A makeshift health
clinic was set up in what was left of the airport terminal, but without power,
the clinic was severely limited without lighting and the ability to refrigerate
medicine.
“I cannot believe that a road can be
totally taken by the seas. Its unbelievable…You have to see this to believe
it.”
As was the
case with Hurricane Joaquin, severe weather events can escalate rapidly, and
damage to infrastructure and communication systems can delay relief efforts. In
a calamity like the recent Nepal earthquake where road access was cut off and no
relief solution could be trucked in, countless people are left without the
light, communication, or clean drinking water that is so critical for survival.
Portable and decentralized power
systems that produce energy on-site and off-grid can be an immediate,
life-saving tool during and after emergencies.
John
Hingley, creator of Renovagen Roll-Array, says delivering fuel for diesel
generators can be impossible or cost-prohibitive in many circumstances. His
company’s new thin, portable solar panel can be air-dropped from a helicopter
and unrolled like a carpet. The 50 meter long “micro-grid-in-a-box” can be in
full operation a few minutes after it is deployed and could be used, Hingley
says, to power a remote hospital, forward operating base, or off-grid mining
station.
The lack of
wastewater treatment in remote regions or in devastated communities can quickly
develop into a health crisis. REGEN, the world’s first solar powered,
mobile wastewater treatment plant, fits into two shipping containers and
doesn’t require a highly skilled operator on-site once the system is installed.
The company’s target markets include humanitarian organizations directing
disaster relief and refugee settlements, agricultural and mining operations,
and remote rural communities. “Small,
isolated villages…have limited infrastructure budgets,” says co-founder Dr.
Patrick Kiely. “They ship in diesel once
a year at great expense and use it to run everything. A renewable, self-powered
wastewater system solves a multitude of problems.”
Reliable Power Increases Economic
Stability and Security
Access to
affordable and reliable energy is fundamental to reducing poverty, improving
health and safety, and promoting economic growth. Electricity means clean water, education, heat, nighttime
emergency hospital procedures, incubators for newborns, and communication
services. But around the world,
1.3 billion people lack access to electricity.
New
developments within the portable solar, wind and water generator industries
hold promise for reducing this dilemma. Solar technology is helping farmers in Africa
combat water scarcity
and communities develop self-reliance. And from a small collapsible wind
turbine to harvesting nature’s kinetic energy, innovators are designing renewable
energy solutions to bring power to the energy poor.
No Noise, No Fuel, No Fumes: Portable
Solar Power Is Leading The Charge
Many of the
recent developments in portable renewable power had their testing grounds
within military and industrial applications.
Essential needs like lighting, clean water and sanitation, and
communication capabilities hold true not just for humanitarian missions but
also for forward military operations, construction sites, and mining stations.
Off-grid
renewable solutions like SUNRNR Portable
Solar+Storage Generators are replacing or augmenting gasoline generators on job
sites. With solar comes: zero fuel requirements on
location, fewer moving parts, improved Environmental Impact Assessments,
compliance with noise ordinances, and no fumes.
Renewable
energy is a viable, cost-saving alternative for the construction industry, says
the managing Director for Laing O-Rourke, developer of the world’s first fully
redeployable large-scale solar-diesel hybrid power plant. “As specialists in major remote and
regional projects, we have an opportunity to harness vast amounts of solar
energy at our projects, for a sustainable engineering solution. Construction
and engineering must break away from traditional processes if it is to evolve
and deliver projects quickly, safely and more sustainably.”
The old
model of generating electricity has always relied on transporting fuel or
creating power far away and then transmitting that power. But now through the
use of portable solar, wind, and water generators, communities and companies
are able to shift to a “Small and Distributed” energy system – one that can
produce reliable and life-altering power, on-site and on-demand.
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