Global Shelter Game

Chapter 247: Chapter 212: Energy Revolution

"We need to repair this equipment and see if we can get it working," Lin Hao said to his team members. "If we succeed, we can use this technology to provide power for the shelter."

They got to work. Some team members were responsible for cleaning the dust and debris off the equipment, while others tried to repair the damaged components.

Meanwhile, Lin Hao stood to the side, carefully studying the equipment’s design principles to find the key to its repair.

"Captain, the cells on this solar panel seem to be damaged. We need to find replacements," a team member said, pointing to a shattered solar cell.

"Alright. Let’s check the other rooms. We might be able to find some spare cells," Lin Hao responded.

They split up to search for any potential spare parts. After a great deal of effort, they finally found some usable solar cells and began the process of replacement and repair.

"Listen up, everyone. We’re not just repairing this equipment; we’re going to try and optimize it," Lin Hao said as he worked. "We can use the materials we have on hand to improve the solar panels’ design and increase their energy conversion efficiency."

Under his guidance, the team members began to use their imagination and creativity to innovate and improve upon this ancient technology.

Using materials they found in the lab, they made a series of modifications to the solar panels’ cells, reflectors, and protective layers.

"If we can increase the panels’ surface area, maybe we can absorb more sunlight," a team member suggested.

"Good idea. We can try adding some reflective panels to direct more sunlight onto the cells," Lin Hao said in agreement.

As time went on, their efforts finally paid off.

The repaired and optimized solar panels were reassembled one by one, placed on the laboratory’s roof, and began to absorb sunlight, converting it into electrical energy.

"Look! The solar panels are working!" a team member exclaimed, pointing excitedly at a blinking indicator light.

Lin Hao walked over and carefully observed the solar panels’ operational status, a satisfied smile spreading across his face.

"Excellent. Our hard work wasn’t in vain. Next, let’s take a look at these wind turbines."

They turned to the prototype wind turbines nearby and began a similar process of repair and optimization.

Lin Hao instructed the team on adjusting the angle of the turbine blades to improve their ability to catch the wind. He also used some scrap metal parts to reinforce the generators’ internal structures.

"We need to ensure this equipment can operate stably in all kinds of conditions," Lin Hao said. "The shelter’s power supply can’t be dependent on the weather or the environment."

After several days and nights of hard work, the wind turbines also began to run, generating a steady current.

The atmosphere inside the lab grew festive, the team members’ faces beaming with the joy of success.

"Captain, we’ve successfully repaired and optimized the equipment. What’s our next step?" a team member asked.

Lin Hao thought for a moment, then said with determination:

"We’re taking this technology back to the shelter for large-scale application and implementation. I’m confident that with this sustainable power supply, our shelter will no longer be plagued by energy shortages."

He scanned the laboratory, his eyes full of hope for the future.

"This lab and the data we’ve discovered will be the starting point for our shelter’s energy revolution. We haven’t just found a lead on new energy sources; we’ve found hope."

Inspired by his words, the team members were filled with confidence and motivation.

They began to pack up the equipment and data in the lab, preparing to bring these precious findings back to the shelter and contribute to the development of their home.

As night fell, Lin Hao and his team left the laboratory with a successful haul.

They knew this was only the beginning. More challenges and opportunities awaited them, ready to be explored and seized.

Meanwhile, Zhou Mei and Leo were also hard at work upgrading the defense systems.

They referenced the data Bena’s team had brought back and, taking the shelter’s actual situation into account, designed a brand-new defense plan.

"We need to establish more surveillance points and watchtowers around the shelter," Zhou Mei said during a meeting.

"At the same time, we also have to upgrade the walls and fortifications to make them sturdier," Leo added.

"We can also use the metallic elements from the ore to create more powerful defensive weapons. For example, we could develop new electromagnetic pulse weapons to jam and destroy enemy electronics."

Under their leadership, the shelter’s residents actively participated in upgrading the defense systems.

They cleared the ground, built new fortifications, and installed surveillance equipment, significantly improving the shelter’s overall defensive capabilities.

Bena, meanwhile, was busy inside the shelter. He had organized a medical team of doctors, nurses, and pharmacists and was beginning to establish a comprehensive healthcare system.

"We need to establish a pharmaceutical research and development center," Bena said at a planning meeting. "At the same time, we also need to set up specialized agencies for disease prevention and casualty treatment."

He led his team in conducting a comprehensive survey and inventory of the shelter’s medical resources, ensuring an adequate supply of medicine and medical equipment.

In addition, they also provided the residents with general medical knowledge and training, improving everyone’s ability to perform self-rescue and provide mutual aid.

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